#automechanic | Explore Tumblr posts and blogs

u10como · 27 days ago

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Love, Toes and Pistons

Greaves & Daughter, a car repair shop on the outskirts of a small town, smelled like motor oil and sun-baked metal, a heady cocktail of nostalgia and hard work. Riley, 22 year old young woman with shoulder length auburn hair and joyful brown eyes, sat cross-legged on a rolling stool, her foot gripping a socket wrench as she tightened the bolts on an old Dodge Charger’s engine mount. Riley had no arms, ever since she was born. Her worn, oil-stained tank top revealed her bare shoulders, adorned with sunflower tattoos where one would otherwise expect arms to be. Her movements were smooth and practiced, her feet more dexterous than most people’s hands.

“Turn it just a little more,” came her father’s voice from the corner.

Riley glanced up. Gus Greaves, 62 year old man with broad shoulders, receding grey hair and wrinkled face with a large oil smudge on his forehead, leaned heavily on his cane, his age and life of hard work showing in his once impressive stature, but his eyes sharp as ever. “It’s snug,” she replied, shifting her weight to check her work.

“Snug ain’t tight.”

Riley smirked, obliging him with another firm twist. The bolt groaned into place. “Happy now, old man?”

“Ecstatic,” Gus deadpanned, though the corner of his mouth twitched. “Just remember, if that thing rattles loose, you’re buying the replacement parts.”

She rolled her eyes, setting the wrench down. The Charger’s owner, a middle-aged woman named Lisa, peeked around the corner. “How’s it lookin’, Riley?”

“Purring like a kitten,” Riley replied, brushing her heel against her jeans to wipe off some grease. “Want to hear it for yourself?”

Lisa nodded eagerly, and Riley reached up with her foot to flick the ignition key dangling from the dashboard. The engine roared to life, smooth and steady. Lisa beamed.

“You’re a lifesaver! I’ve got a long haul ahead this weekend, and I can’t thank you enough.”

Riley shrugged, smiling. “Just doing my job.”

Gus watched the exchange with quiet pride, but his expression turned somber as Lisa drove off, leaving the shop quiet again.

“You know,” he said after a moment, “when I opened this place, I thought I’d be the one calling the shots until I kicked the bucket.”

“You still are calling the shots,” Riley replied, standing and brushing her feet off on the mat. “You just do it from the sidelines now.”

“That’s not what I mean.” Gus leaned forward on his cane. “It’s a hard business, Riles. People are stubborn. They’ll see a young woman like you—”

“And one without arms none the less,” Riley cut in, raising an eyebrow.

He sighed. “Yeah. That, too. You’ve got talent, no question. But you’ll have to prove it over and over. You ready for that?”

She paused, her expression softening. “Dad, I’ve been proving it my whole life. To teachers, strangers, and sometimes even to you.”

He chuckled, shaking his head. “Fair enough.”

***

Riley's coming to this world was a bittersweet mix of hope and tragedy.

Her parents had long tried for a child with no success. 18 years of marriage and three miscarriages later, by the time Gus Greaves, tall, muscular man with bright, kind eyes and brown hair aproached his 40th year of age, his wife Eileen, a beautiful, petite woman with long braid of auburn hair and green eyes, who looked at least a decade younger than her actual age of 36, greeted him with a beaming smile.

"Guess who's going to be a dad?"

"Are you..." Gus blinked in surprised and smiled. "Are you sure, love?"

"Absolutely. 17th week and her heart beats strong." replied Eileen.

"Her? We're going to have a daughter?"

"Is that a problem?"

"Absolutely not. I mean, i could use a son to help in my shop, i'm not getting any younger, but as long as she's healthy, i'm happy."

"As you should be," Smiled Eileen and approached Gus for a kiss. I already decided on a name too. I want to name her Riley. It has a nice ring to it."

"Shouldn't i have a say in this?"

"Alright, husband, what is your suggestion?" Winked Eileen.

"Ella. After my late granny. That name's got tradition in my family, dating well into 1830s."

"I don't like Ella. Don't get me wrong, your grandma, god rest her soul, was a great woman, but the name feels... dated." Replied Eileen.

"Well, you have a right to your opinion, honey. Let's keep the options open and decide when our little Ella is born, shall we?"

"Gus!" Laughed Eileen and shoved her husband playfully. You said it like you're already decided.

"Well, i might be, love," smiled Gus, "But what do you know? Anything can yet happen and i might change my mind..."

***

23 weeks later, Gus Greaves was sitting in a hospital corridor, feeling a mix of emotions. Fear, sadness, grief, but also hope. He was crying large, bitter tears, for the first time in his life since he was a little boy, mourning the death of his wife Eileen, who died in labor.

“Mr. Greaves?”

He looked up to see a nurse standing in the doorway. Her expression was kind but tinged with sadness.

“It’s time to meet your daughter,” she said softly.

Gus’s legs felt like lead as he stood and followed her down the hall. He wiped the tears from his eyes and nodded.

The nurse led him into a nursery where several children born in the past few days lied in small bassinets, wrapped tightly in pink or blue blankets. Anong them was his daughter.

Gus approached hesitantly, his breath catching in his throat as he looked down at the tiny bundle. She was so small, her face scrunched in a peaceful sleep. But as his eyes moved down to her shoulders, his chest tightened.

She had no arms.

A flood of emotions hit him all at once—grief for Eileen, fear for what the world would think of his daughter, but also love at the sight of her tiny, peaceful face, already bearing resemblance to his late wife.

“She was born without arms,” the nurse explained, her voice compassionate. “But she’s healthy and strong. She’s already a fighter, Mr. Greaves.”

Gus nodded, unable to speak. Slowly, he reached into the bassinet and lifted his daughter into his arms. Her weight was impossibly light, yet she felt like the heaviest burden he’d ever carried.

As he cradled her, the baby stirred. Her tiny foot emerged from the blanket, curling and stretching, searching for something. Gus extended his finger without thinking, and to his astonishment, her toes wrapped around it tightly, holding on with surprising strength.

The gesture broke something in him, and tears once again started streaming down his face. He could almost hear Eileen’s voice, her stubborn insistence, her unwavering belief that their child would be extraordinary.

“Riley,” he whispered, his voice cracking. “Your name is Riley.”

He looked down at her, a fierce determination settling in his chest. “I don’t know how I’m going to do this,” he said, his voice trembling. “But I promise you, I’ll figure it out. I’ll give you everything I’ve got, kid. I’ll make sure you never feel like you’re missing a damn thing.”

Riley’s grip on his finger tightened, as if she understood.

In that moment, Gus Greaves, newly widowed and utterly broken, found a purpose stronger than his grief. His daughter had already shown him her will to live, her strength, her fight. He would honor Eileen's memory by giving Riley the life she deserved.

***

It was late afternoon, and the garage was sweltering. 8 year old Riley, wearing boyish clothes, sat cross-legged on the floor, watching Gus wrestle with a rusted bolt under the hood of a pickup truck. She was fascinated by the tools—how each had a purpose, like puzzle pieces in her father’s hands She always played with the tools, leaving a mess, which didn't exactly please Gus, who had then to search the tools all over the garage, sometimes arranged into a improvised race track, along which Riley pushed her toy cars.

“Hand me the ratchet, kiddo. If you're goint to be messing with my tools, at least make yourself useful” he called, barely glancing at her.

Riley scanned the tools scattered around her, locating the ratchet. Clutching it in her left foot, she turned around and dropped it into her father's large, calloused hand.

Gus smiled at her and nodded before returning to work. “Thanks, Riles.”

He finished the job while humming 'Dust in the Wind'. It was Eileen's favorite song and ever since her passing, he always hummed it while working, making him feel like Eileen is still with him, looking over his shoulder. When the work was done, Gus stepped back, wiping sweat from his brow.

“Alright, kid. I have an idea. If you like the tools so much, let's make sure you can handle them properly. Grab the crescent wrench and follow me to that Corolla over there."

From that day on, Gus let Riley help with bolts, nuts and other simple tasks around the shop. The work she was assigned wasn't very important in the larger picture, but it kept her occupied and saved Gus some time to focus on the more important tasks. After all, she was still too young to work on her own, or, so Gus thought.

***

Two years later, the late afternoon sunlight poured into the garage, filtering through the wide doors and glinting off scattered tools. It was one of those days when the heat outside was unbearable and the road in front of the garage stenched of molten asphalt . Riley, ten years old and restless, wandered into the shop, barefoot as always. Her father was nowhere to be seen, having stepped out to run errands, but the familiar, greasy scent of the place was like home.

A battered, candy-red sedan sat in the center of the garage, hood propped open, its guts exposed like a patient on the operating table. Riley stared at it, curious. She knew this car—it belonged to Mrs. Moreno, the kind elderly woman who always brought her cookies whenever she came by for a repair.

On impulse, Riley approached the car. She knew from overhearing her father earlier that the sedan had been running rough, stalling at stoplights. Gus had muttered something about the throttle cable needing adjustment, then sighed about how everything these days was more trouble than it was worth.

Riley wasn’t sure what a throttle cable was exactly, but she’d seen her father work often enough to know how to look for problems. Propping herself up on a nearby stool, she leaned forward, her toes curling around the lip of the car’s engine bay. Her gaze roved over the tangle of parts until her eyes landed on a cable that looked…off. Frayed. Loose.

Her heart quickened with excitement. I bet that’s it.

She scanned the area for the tools she’d need: a pair of pliers and a small wrench. Sliding to the floor, she grasped them with her feet, one at a time, her movements deliberate and careful. Years of practice had made her feet deft, though she’d never attempted anything this ambitious before.

Returning to the stool, she balanced herself and leaned in. Her foot gripped the pliers firmly as she nudged the cable into place. Sweat trickled down her temple, and her tongue peeked out in concentration as she tightened the bolt with the wrench, testing it a couple of times to make sure it was secure.

She was so absorbed in her work that she didn’t hear the shop door creak open.

“What in the—”

Riley froze. Slowly, she turned to see Gus standing in the doorway, a brown paper bag of groceries in his hand, his expression a mix of confusion and disbelief.

“Dad, I—” she started, her face flushing.

He set the bag down on the counter, crossing the room in a few strides. “What do you think you’re doing?” he asked, his voice low and unreadable.

“I just…” She faltered, glancing back at the cable. Her foot still held the wrench, evidence of her meddling. “I was trying to help.”

He stared at her, his eyes darting from the car to the tools in her feet, then back to her flushed, defiant face. For a moment, she braced herself for the lecture she was sure would follow—how dangerous it was, how she should have waited for him, how she didn’t know what she was doing.

But instead, Gus did something unexpected. He leaned over the engine, inspected the cable, and gave it an experimental tug. It held firm.

“Well, I’ll be damned,” he muttered.

Riley blinked. “What?”

“You fixed it.” He straightened, a slow grin spreading across his face. “Not bad, kid. Not bad at all.”

“Really?” she asked, hardly daring to believe it.

“Yeah. Really.” He grabbed a rag and wiped his hands, though they weren’t dirty. “Guess you’ve been paying more attention than I thought.”

Riley’s chest swelled with pride, but her father’s next words caught her off guard.

“Alright,” he said, his tone business like. “If you’re serious about this, we’re gonna do it right. No guessing. No cutting corners. I’ll teach you everything you need to know, but you gotta promise me you’ll do it my way—carefully.”

Her eyes widened. “You mean it?”

He squatted down to her level, his expression softening. “I’ve seen the way you watch me work, Riley. You’ve got the knack. And it looks like you’ve got the guts, too.” He gave her a small smile. “But you’ve also got a lot to learn. So? You in?”

She nodded so fast her hair bounced. “Yeah! I’m in!”

“Alright, then.” He stood, grabbing a wrench from the workbench and twirling it in his fingers. “First lesson: always double-check your adjustments. Just because it looks good doesn’t mean it’ll hold under pressure.”

For the next hour, they worked side by side. Gus explained the mechanics of the throttle cable, walking her through the process step by step, while Riley absorbed every word like a sponge.

When they were done, he handed her the keys.

“Go on,” he said. “Take her for a spin. Let’s see how she runs.”

Riley’s jaw dropped. “You’re letting me drive?”

“You’re not driving,” Gus corrected, smirking. “You’re sitting on my lap and steering while I work the pedals. Don’t get cocky.”

She didn’t care. As she climbed into the driver’s seat, the pride and joy bubbling inside her were enough to light up the whole garage.

***

The shop had never been quieter. Riley, now sixteen, stood in front of the engine block perched on the workbench, her feet planted firmly on the stool she used for leverage. The AMC straight-six engine was a hulking piece of machinery—greasy, scarred by time, and utterly beautiful to her. It wasn’t her first rebuild, but it was the most ambitious.

Her father’s voice echoed in her mind: "Take it slow. Engines don’t care how fast you are. They care how right you are."

She’d started by tearing it down piece by piece, cleaning years of grime from the cylinder walls, valves, and pistons. Now, weeks into the project, the engine was coming back to life under her meticulous care.

The parts were laid out in careful order: pistons and rods, freshly machined crankshaft, camshaft, lifters, and timing gears. Riley leaned forward, gripping a torque wrench in her foot as she tightened the bolts holding the cylinder head in place. Every movement was deliberate, her toes curling around the wrench like fingers.

“Not too tight,” came her father’s voice from the doorway. Gus, still the imposing man he used to be, but the greying hair of his temples slowly starting to show his age, crossed his arms, watching with a critical but approving eye. “You strip that thread, you’ll be cryin’ when you gotta redo the whole thing.”

“Relax, Dad,” Riley shot back, not taking her eyes off her work. “I’ve got this.”

“Guess I’ll shut up, then,” Gus said with mock surrender, a hint of a smile tugging at his lips.

“Good plan.”

***

Two days later, Riley stood in the shop as her father lowered the engine into a test stand. The shop air was thick with the smell of engine oil and anticipation. Gus turned to her, tossing her a set of keys.

“Alright, Riles. Moment of truth. Let’s see if your baby purrs or sputters.”

She caught the keys deftly with her foot and flashed him a confident grin. “She’ll purr.”

Inserting the key, she flipped the ignition and pressed the starter button with her foot. The engine coughed once, twice—then roared to life. The straight-six purred, smooth and steady, the vibrations reverberating through the garage. Riley’s grin widened as Gus let out a low whistle.

“Not bad, kid. Not bad at all.”

“Not bad?” Riley said, raising an eyebrow. “That’s perfect.”

“Let’s not get cocky,” Gus replied, but the pride in his voice was unmistakable.

For weeks afterward, Riley spent her mornings studying for her driver’s license and her afternoons behind the wheel of Gus’s truck. Learning to drive without arms was no small feat, but Gus had never been one to shy away from unconventional solutions.

Together, they modified the truck with a knob on it's steering wheel, making it easier for her to tun with her foot, and pedal extensions. Riley practiced tirelessly, her feet learning the delicate choreography of accelerating, braking, and turning.

“You’ve got to feel the road,” Gus would say during every lesson, his voice gruff but patient. “It’s not just driving. It’s listening. Cars tell you when something’s wrong—you just gotta pay attention.”

Riley did more than pay attention. She excelled. On her test day, she passed with flying colors, the examiner staring in awe as she navigated the course with a level of precision most drivers could only dream of.

***

The day she got her license, Gus called her into the shop. “Got something for you, Riles” he said, his tone unreadable.

“What, another lecture?” Riley teased, wiping her feet on a rag as she followed him.

But when she stepped into the garage, her breath caught. Sitting in the center of the bay was an AMC Pacer, freshly washed, its baby-blue paint gleaming in the sunlight.

“Dad…” she breathed, stepping closer.

“Don’t thank me yet,” Gus said, smirking. “Pop the hood.”

She did as he asked, her fingers brushing the latch. When the hood swung open, her eyes went wide.

“It’s…is this my engine?” she asked, staring at the pristine straight-six nestled inside.

“Sure is,” Gus replied. “I figured you’d earned it after all the hours you put in.”

Riley turned to him, her expression a mix of shock and joy. “You mean this whole time I was rebuilding my car?”

“Had to keep you busy somehow,” he said with a shrug. “Besides, I knew you’d take better care of it if you built it yourself.”

Riley felt a lump rise in her throat, but she pushed it down, unwilling to get too sentimental. “You sneaky old man,” she said, a grin spreading across her face.

“Call me whatever you want, kiddo,” Gus said, tossing her the keys. “Just don’t wreck it.”

She caught the keys and turned to the car, lifting her left foot, her toes brushing the driver’s side door. Sliding into the seat, she ran her toes over the pedals and steering wheel, feeling the weight of the moment settle over her.

Starting the engine, she listened as it rumbled to life—her engine, her car, her accomplishment.

“Where you headed first?” Gus asked, leaning on the doorway.

Riley grinned, pulling on her seatbelt with her foot. “Anywhere I want.”

With that, she backed out of the shop, Gus watching with a proud smile as the little blue Pacer disappeared down the road.

***

The shop was busier than usual for a Friday afternoon. Riley, now eighteen year old woman with small chest, long, lean legs and shoulder length auburn hair tied in a bun, was crouched next to a rusted-out pickup, her foot maneuvering a socket wrench as she tightened the lug nuts on a newly installed tire.She grew to beauty, reminding Gus of her mother, but with a noteable tomboyish spin, which frankly was a better fir for a mechanic anyway. Her father leaned against the counter, flipping through a parts catalog while keeping an ear on the phone conversation with a supplier.

The clang of the shop bell announced a new customer. Riley didn’t look up until she heard a voice that dripped with impatience and irritation.

“Hey, uh, I’ve got a Camry out there,” the man said. “Brakes are squealing. Shouldn’t be a big deal, so if you can knock it out quick, that’d be great.”

Riley stood, wiping her foot on a rag, and glanced toward the counter. The man was in his late forties, with a weathered face and a stained baseball cap. He didn’t seem like the polite type.

“Let’s take a look,” Gus said, grabbing his cane He hurt his foot last year and ever since then, he walked with a limp. He was a stubborn man and insisted on still being strong enough to work in his own shop, but deep inside, he knew he would no longer be able to do everything on his own and was glad he had Riley to lean on. “Riley, you free?”

Riley nodded, stepping forward. The man’s eyes flicked to her, then down to her missing arms. He blinked, his mouth opening slightly in surprise.

“She’s gonna do it?” he asked, his tone dripping with skepticism.

“Yes,” Gus said flatly, his voice brooking no argument.

The man hesitated, his brows furrowing. “Look, no offense, but brakes are kinda important, you know? I’d feel better if—”

“If what?” Riley cut in, her voice calm but sharp enough to slice through the tension.

The man glanced at her, then back at Gus. “If someone else looked at it,” he said, lowering his voice as if she couldn’t hear him.

Gus straightened, fixing the man with a steady gaze. “Riley’s the best mechanic I’ve got. If you don’t trust her, you’re welcome to take your car nest town over.”

The man huffed, crossing his arms. “Fine. Just make sure she knows what she’s doing.”

Riley rolled her eyes but said nothing, walking past him toward the lot where the Camry sat.

***

The Camry was a mess. Riley crouched next to the front wheel, examining the brakes. The caliper bolts were corroded, the pads worn so thin they’d started grinding into the rotors, which were warped beyond repair.

Gus approached as Riley stood. “How bad?”

“Bad,” she replied. “Bolts are seized, rotors are toast, and the pads might as well not exist. This guy’s lucky he hasn’t wrapped this thing around a tree.”

Gus nodded. “Think you can handle it?”

Riley smirked. “I’ve got it.”

***

Back in the shop, Riley secured the Camry on the lift and removed the wheels, revealing the full extent of the damage. The caliper bolts were so corroded they wouldn’t budge. Riley grabbed a drill with a hardened bit, clamping it between her toes.

The man wandered into the bay as the drill screamed against the stubborn bolts. He flinched at the noise.

“What’s she doing?” he asked Gus, who was watching from a safe distance.

“Removing bolts that should’ve been replaced ten years ago,” Gus said dryly.

“Shouldn’t this be quick?” the man grumbled.

“Not when the brakes are this bad,” Gus replied, gesturing toward the car. “Your rotors are warped, and your pads are metal-on-metal. This isn’t a ‘quick fix.’”

The man opened his mouth to argue but stopped as Riley finally freed the last bolt. She stepped back, setting the drill down and examining the rotor.

“Yup, it’s shot,” she muttered, then turned to Gus. “We’re gonna need replacements. I doubt anyone local has these in stock.”

“Let me check, Riles” Gus said, heading for the phone.

Riley turned to the man, who was now watching her with a mix of unease and begrudging respect. “You ever replace your brake fluid?” she asked.

He frowned. “Uh... I don’t know. Maybe? It’s been a while.”

“A long while,” Riley said, gesturing toward the sludge in the brake lines. “No wonder your brakes are fried. This is the kind of thing you have to keep up with, or it gets expensive.”

The man looked sheepish but said nothing.

***

It took Gus half an hour to find a supplier willing to ship the rotors from another state. In the meantime, Riley cleaned the calipers and prepped the car for the new parts.

The man lingered in the corner of the shop, awkwardly silent until finally blurting out, “So... how long you been doing this?”

“Since I was ten,” Riley replied without looking up.

He blinked. “Seriously?”

“Seriously.” She paused, glancing at him. “And before you ask, yes, I can do just about anything you’d expect a mechanic to do. No, I don’t need help. And yes, I’m damn good at it.”

The man raised his hands defensively. “Alright, alright. I get it. Just... didn’t expect this, you know?”

Riley shrugged, turning back to her work. “Most people don’t. Doesn’t mean I can’t prove them wrong.”

***

Two days later, the parts arrived. Riley installed the new rotors and pads, bled the brake lines, and finished the job with her usual precision. She tested the car on the shop’s lot, ensuring the brakes were smooth and responsive before parking it out front.

The man returned, eyeing the car nervously.

“She’s ready,” Riley said, handing him the keys with her foot.

He hesitated. “And it’s... safe?”

Riley smiled, nodding towards the car. “Test it yourself.”

He climbed in and drove a slow loop around the lot. When he returned, he stepped out, his expression sheepish.

“Drives better than it has in years,” he admitted.

Riley smirked. “Imagine that.”

The man fumbled with his wallet, glancing at Gus as he handed over the payment. “You’ve got one hell of a mechanic here,” he said, jerking his thumb toward Riley.

“Yeah,” Gus replied, his voice tinged with pride. “I know.”

The man nodded at Riley, awkward but sincere. “Thanks.”

She waved him off with her foot, already turning back to the next job.

***

The shop was unusually quiet that afternoon, with Gus out running errands and Riley alone in the garage. She was perched on her usual stool, leaning over the engine bay of a beat-up Jeep Cherokee with a bad alternator. The rhythmic clinking of her foot manipulating a ratchet echoed through the space, accompanied by the low hum of a classic rock radio station playing in the background.

Her focus was so intent that she didn’t hear the bell over the door jingle, nor the hesitant footsteps approaching from behind.

“Riley?”

The voice startled her. She jerked upright, nearly dropping the ratchet. Turning, she saw him standing there—Alex Harper, the guy she’d spent three years secretly pining over in high school.

Tall, with messy brown hair and that effortlessly charming smile, Alex looked like he’d just stepped out of her dream. He wore a well-worn hoodie and jeans, his hands shoved awkwardly into his pockets.

“Alex?” she said, blinking in surprise. “What are you doing here?”

“I, uh…” He scratched the back of his neck, looking sheepish. "Figured I owed you an apology for how my dad acted here the other day.”

Riley raised an eyebrow. “That Camry guy was your dad? Yeah, you don’t have to apologize for him.”

“Maybe not,” Alex admitted, stepping closer, “but I feel like I should. He can be... well, you saw.”

“Yeah, I saw,” Riley said, though her voice lacked any real bite. “But I’ve dealt with worse.”

Alex nodded, his gaze flicking to the Jeep’s open hood before returning to her. “Still, I’m sorry. He was out of line. You’re incredible, Riley. He didn’t have any right to doubt you.”

Her cheeks flushed at the unexpected compliment. She glanced away, fiddling with the ratchet still clutched between her toes. “Thanks. It’s not a big deal.”

“It is, though,” Alex insisted, his voice softening. “I mean, you’ve always been amazing. Back in school, I used to watch you during science class—how you figured out stuff faster than anyone else. You were so focused, so... determined.”

Riley’s head snapped up, her heart racing. “You... noticed me?”

Alex chuckled, his cheeks reddening. “I mean, of course I did. Who wouldn’t?”

Riley looked down at her armless shoulders and shrugged. " Oh yeah, kinda hard to miss, i guess?"

"I mean, sure, that too, but... I wasn't really talking about that. I mean, you know... You're smart and pretty..."

Riley stared at him, her mind a whirlwind of disbelief and cautious hope. “Pretty? Me? You're, like, the first person to call me that. Besides my dad, that is.”

Alex stepped closer, his smile gentle. “Well, it's true, though. And I was hoping…” He paused, glancing down and taking a deeper breath as if gathering his courage. “I was hoping maybe I could take you out sometimes? You know, dinner or something. If you’re interested.”

For a moment, Riley was too stunned to respond. She’d imagined this scenario a hundred times, but it had always felt like a far-off dream. And yet, here he was—Alex Harper, the boy she’d silently crushed on for years—asking her out.

“Oh... WOW...I...” She faltered, her insecurities threatening to creep in. She glanced down at her missing arms, then back at him. “Are you sure?”

Alex frowned slightly, his expression earnest. “Riley, come on. Of course I am. I’ve wanted to ask you out for a long time, but I figured you weren’t interested. I didn’t think I stood a chance.”

Riley let out a shaky laugh, her nerves giving way to disbelief. “You’re kidding. YOU didn't think you stood a chance? I’ve had a crush on you since sophomore year!”

His eyes widened in surprise, then softened with something that looked a lot like relief. “Really?”

“Yeah,” she admitted, a shy smile playing with her lips.

“Well,” he said, grinning now, “I guess we’ve got a lot of lost time to make up for.”

Riley felt her confidence returning, the weight of her doubts lifting. “Alright,” she said, tilting her head toward the clock on the wall. “I’m off at six. Pick me up then? she offered her foot.”

Alex nodded, his grin widening as he shook Riley's foot. “It’s a date, then.”

As he left, the shop seemed a little brighter, the air a little lighter. Riley turned back to the Jeep, her heart still racing but now with excitement. For the first time in a long time, she felt like maybe—just maybe—she has a place in the world outside of the garage too.

***

Riley stood in front of the mirror in her small bedroom, staring at her reflection. She’d traded her usual oil-stained coveralls for a simple navy-blue dress, its sleeveless cut emphasizing her armless shoulders. Her hair, normally tied back in a messy ponytail, was down, curling loosely around her face.

“You look great,” she whispered to herself, trying to believe it.

The sound of tires crunching on gravel outside the house pulled her from her thoughts. She glanced out the window and saw Alex’s car parked in the driveway. A nervous thrill shot through her as she grabbed her small purse with her toes, swung it over her shoulder and made her way outside.

Alex was leaning against the passenger door of his clean but slightly dented sedan, dressed in a casual button-up shirt and jeans. When he saw her, his face lit up.

“Wow,” he said, pushing off the car. “You look... amazing.”

Riley blushed, feeling the heat rise to her cheeks. “Thanks. You clean up pretty well yourself.”

He grinned and opened the car door for her. “Ready?”

“Ready as I’ll ever be,” she said as she got in, beaming with happiness.

***

Alex took her to a cozy diner just outside of town. It wasn’t fancy, but it was warm and inviting, with checkered tablecloths and the smell of frying bacon in the air. Riley appreciated the casual vibe—it felt less intimidating than a formal restaurant.

They sat across from each other in a corner booth, talking as they waited for their food to arrive.

“I’ve been thinking about that Jeep you were working on,” Alex said. “Was it as bad as the Camry?”

Riley snorted. “Not even close. Your dad’s car was practically a death trap.”

Alex winced. “Yeah, he’s not exactly big on maintenance. I’m just glad he didn’t kill anyone.”

Riley shrugged. “That’s what we’re here for—to keep people like him alive despite their best efforts.”

Alex laughed, and Riley found herself relaxing. They talked about everything—work, school, their favorite music, and funny stories from high school. Riley was surprised at how easy it felt, how natural.

“So,” Alex said, leaning forward, “what made you want to be a mechanic? Was it your dad?”

“Partly,” Riley admitted, sipping her soda through a straw, her left foot under her chin. “But mostly it was just... I don’t know. I liked solving problems. Cars make sense to me. You figure out what’s wrong, you fix it, and they work. People are way more complicated.”

Alex nodded thoughtfully. “Yeah, I get that. But you’re good with people too, you know.”

Riley raised an eyebrow. “You think so?”

“I know so,” he said. “You didn’t just fix my dad’s car. You handled him, and that’s no small feat.”

Riley laughed, coverig her mouth with her toes. “Fair point.”

***

After the dinner, Alex suggested a walk by the nearby river. The sun was setting, painting the sky in shades of pink and orange. They strolled along the path, the cool evening breeze playing with the hem of her dress.

“So, you really had a crush on me all this time?Alex asked, his hands in his pockets.

Riley smiled. “Oh absolutely. But i never thought i stood a chance. I figured you're way out of my league.”

He stopped walking and turned to her, his expression serious. “Out of your league? Riley, you’re one of the coolest, smartest people I’ve ever met. If anything, I was worried you wouldn’t say yes.”

Her heart skipped a beat, and she looked away, suddenly shy. “It’s just... I’ve always been self-conscious about, you know, not having arms. I didn’t think anyone would...”

“Would what?” Alex asked, stepping closer.

“Would see past that. I mean, in the shop, knee deep in the engine bay i feel perfectly confident, but outside, no matter how much i'm trying to be just like everyone else, i know how people look at me” she admitted.

Alex’s voice softened. “Riley, when I look at you, I don’t see someone without arms. I see someone who’s strong, determined, and amazing at what she does. That’s what matters to me. ”

She looked up at him, her eyes searching his face for any trace of insincerity. She found none.

“Thanks,” she said quietly, a small smile forming.

***

They reached a wooden bench overlooking the river and sat down. The sound of water rushing over rocks filled the silence as they watched the last light of the day fade into twilight.

“Can I tell you something?” Alex asked.

“Sure,” Riley said, glancing at him.

“I used to be intimidated by you,” he admitted, rubbing the back of his neck. “You always seemed so sure of yourself, like you didn’t care what anyone thought. It wasn’t until today I realized you were just as nervous about some things as the rest of us.”

Riley chuckled softly. “Yeah, well, I guess I’m a better actress than I thought.”

He turned to her, his expression serious again. “You don’t have to act around me, Riley. I like you just the way you are.”

The words, soft and reassuring, filled Riley with happiness. Riley’s heart raced as she met his gaze.

“Alex...” she started, but he interrupted her by leaning closer, his eyes asking for permission.

She nodded slightly, and their lips met in a gentle, tentative kiss.

When they pulled apart, Riley couldn’t help but smile. “Well, that was unexpected.”

“Good unexpected?” Alex asked, grinning.

“The best kind,” she said.

***

Alex dropped her off at home later that night, walking her to the door like a perfect gentleman.

“I had a great time tonight,” he said.

“Me too,” Riley replied, feeling a warmth she hadn’t experienced in a long time.

“So... can I see you again?” he asked, his voice hopeful.

She smiled. “Definitely.”

***

Back in the present, Gus handed Riley the shop’s ledger as the two stood at the front counter. The cover was worn, the pages smudged with years of grime.

“Guess this makes it official,” he said, his voice thick. “Greaves & Daughter Auto Repair. You’re in charge now.”

Riley lifted her left foot and took the book in her toes, holding it carefully as she set it on the counter. “I won’t let you down, Dad.”

“I know you won’t” he said, patting her shoulder. “But don’t let yourself down either. You’ve got a gift, Riles. Don’t let anyone tell you otherwise.”

The clang of the shop bell interrupted them as a customer walked in. Riley squared her shoulders, stepping forward with a practiced smile.

“Welcome to Greaves & Daughter,” she said. “What can I do for you?”

#armless #no arms #dsdamputee #congenital amputee #amputee #mechanic girl #automechanic #literature

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itsgerges · 1 month ago

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Best Regards

The Sun Can NOT Be Created Before The Planets Creation

Paper Major hypothesis

The Sun Is NOT Doing Nuclear Fusion To Produce Its Rays- Instead - The Planets Motions Energies Total Is Used To Produce The Sun Rays- That's Why The Sun Can Not Be Created Before The Planets Creation And Motion

In Fact- The Sun Is A Phenomenon created by the planets motions- means- The Planets were created and moving in their orbits before the sun creation- the planets were revolving around a point in space for a long period of time before the sun creation and the sun is created and put on this point around which the planets revolve-

This fact shows the great gap between the solar system facts and the physics book-

BUT- Can This Theory Be A Fact? let's see how this can be possible

(i)

This Is Extraordinary: Gravity Can Create Light, All on Its Own

https://www.msn.com/en-us/news/technology/this-is-extraordinary-gravity-can-create-light-all-on-its-own/ar-AA19YL5d?ocid=hpmsnHYPERLINK "https://www.msn.com/en-us/news/technology/this-is-extraordinary-gravity-can-create-light-all-on-its-own/ar-AA19YL5d?ocid=hpmsn&cvid=620db4352aa943e2b454919a7b724604&ei=83"&HYPERLINK "https://www.msn.com/en-us/news/technology/this-is-extraordinary-gravity-can-create-light-all-on-its-own/ar-AA19YL5d?ocid=hpmsn&cvid=620db4352aa943e2b454919a7b724604&ei=83"cvid=620db4352aa943e2b454919a7b724604HYPERLINK "https://www.msn.com/en-us/news/technology/this-is-extraordinary-gravity-can-create-light-all-on-its-own/ar-AA19YL5d?ocid=hpmsn&cvid=620db4352aa943e2b454919a7b724604&ei=83"&HYPERLINK "https://www.msn.com/en-us/news/technology/this-is-extraordinary-gravity-can-create-light-all-on-its-own/ar-AA19YL5d?ocid=hpmsn&cvid=620db4352aa943e2b454919a7b724604&ei=83"ei=83

This new article tells the gravitational waves can move by speed of light and can produce a light beam- I claim the sun rays are produced based on this method by the gravitational waves motions and not by the sun nuclear fusion process- also –No star rays is produced by the nuclear fusion process but all rays are created by the gravitational waves motions energies as the article states-

Here we see the article produces a light beam by different source of energy (the gravitational waves motions energy) in place of the sun mass which is used by the nuclear fusion process to produce the sun rays- here – the source of energy is the motion energy of the gravitational waves

The importance here is that- the solar system is rich in the motion energy and by that the sun mass as a source of energy is not required

(ii)

I claim

The gravitational waves are created by the planets motions energies and not by the gravitational field-let's see if this can be possible

Planet motion produces energy (1/2 mv^2), where's Planet motion energy? the planet can NOT store its motion energy inside its body because it would raise its temperature and No planet temperature is raised by its motion- logically- the planet motion energy is stored in the space in waves form- means- Planet motion energy creates waves in the space- Planet motion in the space is similar to a fish swimming in the sea- as the fish swimming creates waves in the water the planet motion energy creates waves in the space- let's see this picture clearly- the fish swims because it hits the water by its body and that creates waves in the water- we conclude, the water waves move by a velocity equal the fish velocity because of the reaction force- similar to that- Planet moves in the space and its motion energy creates waves in the space and these waves move by velocity equal the planet velocity- for example- Mercury (47.4 km/s) moves and its motion energy creates waves in the space and these waves move by equal velocity (47.4 km/s)- based on this idea- All planets move and their motions energies create waves in the space where each wave moves by velocity equal its planet velocity

AND

The planets revolve around the sun in the same one direction and for that their motions energies create waves in the space and these waves move perpendicular on the revolution direction (Toward Pluto orbit)

AND

In Pluto orbit these waves are unified together into one unified wave- this wave moves by a velocity = 205.8 km/s why? The 9 planets velocities total=176 km/s but I add the Earth moon velocity (29.8 km/s) that makes the total to be 205.8 km/s – I add the moon velocity because the energy is stored finally in the moon orbit-

Note- The moon and the Earth revolve around the sun together for that the moon velocity is considered equal the Earth velocity relative to (the sun) –

Shortly

The planets motions energies are unified into unified wave revolve around the sun and moves by velocity (205.8 km/s) and this is the gravitational waves

The question is that

The scientists discovered waves in the space and they told these waves are produced by the gravitational field but why?? because planet motion energy analysis proves the motion energy must be stored in the space as moving waves- so the discovered waves are created by the planets motions energies and not by any gravitational field – also I prove the sun doesn't produce a gravitational field which proves my theory tells the gravitational waves are produced by the planets motions energies

(iii)

The previous analysis shows the sun rays are created from the gravitational waves motions and the gravitational waves are produced by the planets motions energies- that explains how the sun can be a phenomenon created by the planets motions energies

(iv)

The major hypothesis elementary proves

The Sun corona temperature is 5 million Kelvin but the sun surface is 5800 Kelvin because the energy is NOT produced by the sun body but out of the sun body- the energy is coming from the planets motions energies- that's why the energy out of the sun is greater the energy inside the sun

Planet velocity analysis proves that the sun is created after all planet creation and motion where no any planet can be created or added to the solar group after the sun creation- this fact is proved by planet velocity analysis discussed by the paper.

The sun velocity 2 km/s (the sun circumference 4.37 million km/ the sun rotation period 25.4 days) this velocity proves the sun is the stationary point in the solar system which is required to create the sun rays –

The sun diameter = Jupiter circumference x π and also

(the sun mass /Jupiter mass)= π x (Jupiter mass/ the Earth Mass) (error 5%) because Jupiter defines The sun creation data with the inner planets

The total solar eclipse geometrical design is found by Jupiter- because Jupiter uses the total solar eclipse to define the sun position in the sky after the sun creation- the total solar eclipse data shows Jupiter creates the whole design

The paper discuses these proves and many others in details

The Major hypothesis Explanation

The major hypothesis depends on 4 hypothesis which are

1st hypothesis

The gravitational waves are produced by the planet motion energy and Not by the gravitational field- Moreover- the sun doesn't produce a gravitational field -Shortly- the planet motion produces energy (1/2 mv^2) and this energy is stored in the space as moving waves – these are the gravitational waves- also the gravitational waves are reflected in the solar system and the wave reflection causes to square the wave velocity

2nd hypothesis

As discussed before

The Sun Is Not Doing Nuclear Fusion To Produce Its Rays– Because

This Is Extraordinary: Gravity Can Create Light, All on Its Own

3rd hypothesis

The planets Motions use different rates of time – the rate of time depends on the velocities rate – example- Mercury velocity = 1.6 the Earth velocity because of that (One Second Of Mercury Clock = 1.6 Seconds Of The Earth Clock)

4th hypothesis

Neptune motion caused to create relativistic effects in the solar system because

This Is Extraordinary: Gravity Can Create Light, All on Its Own

the new article tells the gravitational waves can move by speed of light-

and the gravitational waves move by speed of light but Neptune caused to decrease the wave speed by 1% and by that the speed be equal 99% of speed of light (=297000 km/s) which caused to created relativistic effects in the solar system- also- Neptune caused to create two wave reflections in the outer planets which one reflection only was enough- means- if Neptune is removed from the solar system the wave reflections in the outer planets will be one reflection only and not two reflections

NOTICE

In following I provide the explanations and proves for the four hypothesis- BUT- Before – I have to provide refutations for 15 theories in the modern physics book-

I want to say-

NOT only – The sun nuclear fusion theory is wrong –BUT – also there are 15 other theories are wrong in the modern physics book-I put them in the preface before the four hypotheses explanation

The Paper 4 Branch Hypotheses Proves Discussion

Preface– Refutations Of 15 Physics Theories

I provide refutations for 15 theories in the modern physics book which are

The Physicist Vision Contradicts The Nature System

The physicist supposes Planet moves and doesn't produce motion energy

Einstein is wrong (Space Has Mechanical Features)

Einstein is wrong (The Sun Doesn't Produce A Gravitational Field)

Newton Is Wrong (No Planet Moves By The Sun Gravity)

Newton Is Wrong (Mass Gravity Can NOT Cause Any Motion)

The physics book is wrong (The Gravitational Waves Are Produced By The Planets Motions Energies)

The Sun Is Not Doing Nuclear Fusion To Produce Its Rays

The Big Bang Theory is Wrong (No Random Creation)

Newton is wrong (Planet Motion Does Not Depend On Its Mass)

Einstein is wrong (The original speed of light is 1.16 million km per second)

Giant- Impact Hypothesis is wrong (Mars Caused The Moon Creation)

Tidal Locking Theory Is Wrong

Lorentz Transformation Are Correct

Newton Is wrong (The gravitation equation is wrong)

First Critic The Physicist Vision Contradicts The Nature System

I study the solar system Geometry since long years- and- I have found the physicist and astronomer can't understand the solar system designer vision– in fact their vision contradict the Nature designer vision- let's prove that in following

The Physicist Vision

The physicist supposes that there's (a unit of building)- by that- the physicist sees the mass (for example) as wall and this wall is consisted of bricks (small similar units) and for that the physicist searched for this (unit) because it's the (unit) by which the wall is building (the mass is building)– this is the physicist thinking direction- he believed there's a small unit by which the great building is built

For that the physicist searched and found the particle and then the particle is divided into Molecules then the Molecule is divided into atoms and the atom is divided into nucleus and electron moves around and the nucleus is divided into proton and Neutron- and the proton is divided into quarks …etc

The physicist searches for the building unit- the unit by which the building is built – or the unit by which the mass is built – for that the physicist divides (any thing) to see its contents till reach to the unit which can be used as the building unit.

The Nature System Vision

The Nature designer aims to create integration- as the marriage – male and female- the relationship will cause to give birth for a child

INTEGRATION this is the word inside the designer Mind

No building unit- the marriage answers- because in marriage both (male and female) are required and no one of them better than the other – both work together and give equal effects on the same one process and give together one result- I explain the idea by the marriage because it's easy to understand- I want to put the word (Integration) as the basic concept in the designer mind.

AND

I want to explain how the physicist causes fatal error for the research method

While the physicist divides the elements one after one (from matter to particle to molecule to atom to proton to quarks …etc) this division from out into inner till reach to very small unit which he considered the building unit – that causes to destroy the geometrical design of the integration process

Let's return to the marriage- the marriage requires two players (male and female)- they have different bodies and the process give birth for children- Suppose we remove one player what would happen? (where can we find a woman pregnant by herself?)

I want to say- the division from (matter to particle to molecule to atom to proton to quarks …etc) destroys the general geometrical design which uses the integration process- let's give other examples

Example No. (1)

Einstein told us (He can't find slightest meaning for the word SPACE) by that he can't define (what's the space) and also he found the space has no mechanical features because no definition causes these features – this is the physicist vision - Let's see the designer vision

Planet moves and its motion produces energy (1/2 mv^2) and where's the energy? the planet can't store its motion energy inside its body because this energy would raise the planet temperature and no planet temperature is raised by its motion- so- where's the planet motion energy? logically we suppose that- the energy is stored in the space in waves form- means- the planet moves and its motion energy creates waves in the space (as the fish swims in the sea and its motion creates waves in the sea water) similar to that the planet motion produces energy and this energy creates waves in the space- by that we can define the space and conclude the space nature and features- simply we conclude the space has mechanical features because the energy is stored in the space as moving waves- the gravitational waves prove the space has motion- why we can solve the question which Einstein couldn't solve? Because he supposed the planet is independent from the space- the integration concept is not known by him

Notice

The waves are produced by the planet motion energy are the gravitational waves, the paper first hypothesis proves these waves are produced by the planets motions energies and not by the gravitational field also the hypothesis proves the Sun doesn't produce a gravitational field.

More examples are provided after the hypotheses explanations

Second Critic The physicist supposes Planet moves and doesn't produce motion energy

Planet motion energy analysis can refute many basic theories in the physics book as we will see in this discussion- for that- the physicist supposed planet motion doesn't produce energy- while- the mechanics basic law tells us (Any moving body produces energy =1/2 mv^2)-but- the physicist never answered the question (where's Planet motion energy?)-because- planet motion energy analysis proves the space has mechanical features and proves Mass gravity can NOT cause any motion and also proves the gravitational waves are produced by the planets motions energies and not by the gravitational field (even if found)- also it proves the sun is NOT doing nuclear fusion to produce its rays-

Here I explain why the physicist never answer the question (where's planet motion energy?)- the following critic uses planet motion energy analysis to prove that the space has mechanical features

Third Critic Einstein is wrong (Space Has Mechanical Features)

Any moving body produces energy (1/2 mv^2) – for that-

Planet motion produces energy (1/2 mv^2) but where's this energy? the planet can't store its motion energy inside its body because this energy would raise the planet temperature and no planet temperature is raised by its motion- so- where's the planet motion energy? logically we suppose that- the energy is stored in the space in waves form- means- the planet moves and its motion energy creates waves in the space (as the fish swims in the sea and its motion creates waves in the sea water) similar to that the planet motion produces energy and this energy creates waves in the space- by that we can define the space and conclude the space nature and features- simply we conclude the space has mechanical features because the energy is stored in the space as moving waves- the gravitational waves prove the space has motion- by that- we are sure that the space has mechanical features

Notice – these waves are the gravitational waves

Fourth Critic Einstein is wrong (The Sun Doesn't Produce A Gravitational Field)

The Refutation Of The Sun Gravitational Field

The Sun Doesn't Produce A Gravitational Field Nor Has Massive Gravity – let's prove that in following

(i)

The sun rotation period is (25.4 days– at equator) and (34.4 days – at pole) that shows the sun has no massive gravity nor even ordinary gravity equal any planet gravity otherwise the sun would rotate around its axis in one period of time-

(ii)

No Planet Moves By The Sun Gravity–Newton is wrong- because- the planet moves by the force caused its creation- means- the planet creation and motion is done by one force only- because- if two forces have effects on the same one planet this planet would be broken- now- suppose the planet is created (by any force) and the sun gravity attracted this planet and forced it to revolve around the sun by the sun mass massive gravity (as Newton imagined) that would force the planet to move against its inner structure and will cause this planet to be broken- this is similar to a human is forced to walk on his hands in place of his legs and when this human refuses to do that (they told him we can force you by our power) for that this human walk on his hands forcedly and later this human is dead by this motion- shortly- the planet is NOT broken by its motion because the planet creation force is the force causes this planet motion- it's one force caused the planet creation and motion-

Newton mistake is that he didn't know how the planet is created and by that he didn't realize that planet creation and motion are done together by the same one source- simply- the sun didn't cause to create any planet and for that the sun doesn't cause any planet to move- this analysis shows logical base but left us with puzzles to know (by what rule the planet moves?) and (Why is the sun found in the solar system if it doesn't cause the planets motions?) these questions are answered in the paper abstract and discussions.

(iii)

The mass gravity force can NOT cause any motion- again Newton is wrong- the mass gravity creates a bond between two masses- (the Earth and the moon are bond by the mass gravity)- by that they are similar to a lorry and its trailer – if the lorry moves the trailer will move with the lorry- but the mass gravity can NOT cause any motion- why? suppose the moon moves by the Erath gravity force- the moon moves and produces energy (1/2mv^2) and we have to ask from what source this energy will be provided?- from the mass itself- means if the Earth causes the moon to move the Earth and the moon masses should be decreased by the motion energy- this is a wrong definition for the mass gravity- the mass gravity creates a bond between two masses (The Earth and the moon) if some outer force causes the Earth to move the moon will move with the Earth and in this case the outer force will provide the motion energy for the Earth and the moon-

(iv)

The planets order contradicts Newton gravitation equation- where- the gravitation equation tells (greater mass necessitates shorter distance)- clearly- Jupiter the greatest mass is not the most near planet to the sun- means- the planets order contradicts the equation- when we asked the physicist told us this problem is done by (the initial conditions)- all these are nonsense clearly- planet orbital distance does NOT depend on the sun mass nor on the planet mass- planet orbital distance depends on the neighbor planet orbital distance – my equation proves this fact- let's see it

Planet orbital distance equation (my 1st equation)

d^2= 4do (d-do) where d= planet orbital distance and do= its neighbor distance

Example (1) Venus orbital distance (108.2)^2 = 4 x 57.9 x (50.3)

d= 108.2 million km = Venus Orbital Distance

d0= 57.9 million km = Mercury Orbital Distance

50.3million km=The Distance Between Venus And Mercury Venus Depends On Mercury

Example (2) Saturn orbital distance (1433)^2= 4 x 778.6 x 655

d= 1433 million km = Saturn Orbital Distance

d0= 778.6 million km = Jupiter Orbital Distance

655million km=The Distance Between Saturn And Jupiter Saturn Depends On Jupiter

All planets orbital distances are defined based on their previous neighbor planets orbital distances- the equation is correct perfectly and all planets orbital distances are defined by it- my paper tests and discusses this equation

Shortly- planet mass has no any effect on this planet orbital distance definition.

Notice

Planet orbital distance definition depends on its neighbor orbital distance this fact is proved by many other different methods my equation is one method only of them, all these methods don't use any planet mass- all planets orbits are defined based on their neighbor orbits- (Please note- Newton gravitation equation is wrong- I don't critic it by many critics to short the discussion- but- the fact is that- the light beam created all planets orbits before any planet creation- the light created each planet orbit depends on its neighbor orbit- I prove this fact in the paper discussion- logically this fact kills the gravitation equation because the orbit is created before the planet creation)

Notice -Newton is so far from the truth- let's give one more example- Newton told us planet moves by the sun mass gravity- the fact is that- the Sun itself is created by the planets motions energies- that's why Newton ideas are not interesting for discussion because his ideas are imaginary have no part of truth-

(v)

Also-Newton told-planet motion depends on its mass- means-planet velocity depends on its mass- this also is imaginary idea- I define planet velocity in the paper abstract- planet velocity is defined by many rules all of them don't use any planet mass- at all Planet mass has no rule in this planet velocity definition.

Fifth Critic Newton Is Wrong (No Planet Moves By The Sun Gravity)

This critic is written in the previous one (Fourth Critic)

Sixth Critic Newton Is Wrong (Mass Gravity Can NOT Cause Any Motion)

Also this critic is written in the previous one (Fourth Critic)

Seventh Critic The physics book is wrong (The Gravitational Waves Are Produced By The Planets Motions Energies)

(1)

Planet Motion Energy Analysis - Let's remember planet motion energy analysis

Planet motion produces energy (1/2 mv^2), where's Planet motion energy? the planet can NOT store its motion energy inside its body because it would raise its temperature and No planet temperature is raised by its motion- logically- the planet motion energy is stored in the space in waves form- means- Planet motion energy creates waves in the space- the planet motion in the space is similar to a fish swimming in the sea- as the fish swimming creates waves in the water the planet motion energy creates waves in the space- let's see this picture clearly- the fish swims because it hits the water by its body and that creates waves in the water- we conclude, the water waves move by a velocity equal the fish velocity because of the reaction force- similar to that- Planet moves in the space and its motion energy creates waves in the space and these waves move by velocity equal the planet velocity- for example- Mercury (47.4 km/s) moves and its motion energy creates waves in the space and these waves move by equal velocity (47.4 km/s)- based on this idea- All planets move and their motions energies create waves in the space where each wave moves by velocity equal its planet velocity

(2)

These Waves Are The Gravitational Waves (My Hypothesis)

Means- the waves are produced by the planets motions energies- these waves are the gravitational waves- it's my paper hypothesis- the gravitational waves are not produced by the gravitational field (moreover the sun doesn't produce a gravitational field) instead the gravitational waves are produced by the planets motions energies

AND

Note- The moon and the Earth revolve around the sun together for that the moon velocity is considered equal the Earth velocity relative to (the sun) –

The Conclusion

The Planet Motion Energy Creates Waves In The Space

Means - The Space Must Have Moving Waves -

Now -the scientists had discovered waves in the space- And- they considered these waves are produced by The Sun Gravitational Field – BUT Why?

The planet motion energy analysis proves the waves must be produced by the planets motions energies- and I have refuted the sun gravitational field theory- by that- the gravitational waves must be produced by the planets motions energies

(3)

These Waves Reflections Effect and Proves

The paper proves that, the gravitational waves are reflected in the solar system three times and these reflections cause effects on the planets data and motion- the first branch hypothesis provides powerful proves for this fact which proves the gravitational waves are produced by the planets motions energies and not by any gravitational field (even if found)

Eighth Critic The Sun Is Not Doing Nuclear Fusion To Produce Its Rays

This Is Extraordinary: Gravity Can Create Light, All on Its Own

This new article tells the gravitational waves can move by speed of light and can produce a light beam- I claim the sun rays are produced based on this method by the gravitational waves motions and not by the sun nuclear fusion process- Means- the sun is not doing nuclear fusion to produce its rays- this is the paper main hypothesis – also I claim no star rays is created by any nuclear fusion process- but all stars rays are created by the gravitational waves motions as our sun

The paper all discussions and proves prove this hypothesis basically

Ninth Critic The Big Bang Theory is Wrong (Planet Diameter Is Created Based On A Mathematical Equation- No Random Creation)

The big bang theory tells- Planet is created by random process- and we asked (what does mean "By Random Process"?) the theory tells

Jupiter– for example- is created by random process-means- Jupiter diameter and mass are created with some unknown values for us- and during the history Jupiter is collided many times and these collisions changed Jupiter diameter and mass-

As a result the current value of Jupiter diameter (142984 km) is a value found by random because of the historical events

Based on these ideas- the planets diameters are found without any rule or geometrical reason- means

While we know all planets diameters correctly- the astronomer couldn't use these diameters to discover the geometrical rule behind these diameters creation- the theory told No geometrical rule or reason-simply–Just Random process- the theory is wrong-

In following I provide my planet diameter equation to prove planet diameter is created based on a mathematical equation and a geometrical reason

My Planet Diameter Equation (v1/v2)= (s/r)= I

v = Planet Velocity

r = Planet Diameter

I= Planet Orbital Inclination

s= Planet Rotation Periods Number In Its Orbital Period

v2, s, r and I are belonged to one planet and v1 is belonged to another planet

The planet (v1) is defined by test the minimum error

Earth Equation uses Neptune velocity

Mars Equation uses Pluto velocity

Jupiter Equation uses the Earth moon velocity

Saturn Equation uses Mars velocity

Uranus Equation uses Neptune velocity (As Earth)

Neptune Equation uses Saturn velocity

Pluto Equation uses the Earth moon velocity (As Jupiter)

Example Neptune Equation (89143 /49528) = 9.7/ 5.4 =1.8

89143 = Neptune rotation periods number in Neptune orbital period

49528 km = Neptune diameter

9.7 km/s = Saturn velocity and

5.4 km/s = Neptune velocity

1.8 degrees= Neptune Orbital Inclination

59800 days = Neptune orbital period (and Neptune rotation period =16.1 hours)

The Equation Concept (A Summary) Planet diameter should be a function in its orbital distance –otherwise- this planet would be broken by its motion- BUT- the designer can't create a function has only 2 variables (Planet diameter and its orbital distance)- because– If this planet changes its orbital distance its diameter would be broken also because the diameter is a direct function in the orbital distance without any other variables -As A Result- the designer created planet diameter as a function in this planet rotation period and the planet rotation period is created as a function in this planet velocity and the planet velocity is created as a function in this planet orbital distance- by that- the function between Planet diameter and its orbital distance is created but also it contains many variables (rotation period, orbital period and velocity)- by that- if the Planet changes its orbital distance- this planet orbital period, and velocity and rotation period would be changed but its diameter will be saved

NOTICE

The big bang theory is wrong in principle because it supposes the changes in the planet diameter (or mass) doesn't change this planet motion-

this is the main problem behind- and to see the picture more clear- let's give example

The physics book has theory explains the Earth motion- Now- the Earth diameter is 12756 km and we have to ask (if the Earth diameter be 18000 km) what are the changes in the Earth motion would be happened?

Generally- Nothing would be happened because the theory doesn't take into account the Earth diameter at all – means (whatsoever the Earth diameter be the theory will be the same) that explains the big bang wring ideas are not limited to the big bang theory but it extends in the physicist ideas and theories-

Tenth Critic Newton is wrong (Planet Motion Does Not Depend On Its Mass)

Planet velocity analysis shows planet velocity is defined by many rules No one of them is related to this planet mass- at all Planet mass is not mentioned in this planet velocity definition proves the mass has no any role in Planet velocity definition– please read Planet velocity definition in point no. (**)

Eleventh Critic Einstein is wrong (The Original Speed Of Light Is 1.16 Million Km Per Second)

The solar system is created from one light beam energy- means- the solar planets matters and their distances are created from one energy and this one energy is provided by one light beam and this light beam moves by speed = 1.16 million km per second

The light (its speed 1.16 million km per second) built the solar system starting from Mercury orbit toward Pluto orbit- the light created the planets orbits before any planet creation- means- all orbits are created before any planet creation- the orbits are created based on each another (this fact is proved by my equation for planet orbital distance) after the light created all orbits and reach to Pluto orbit- the light energy is consumed in the space creation- and the rest energy is found in one light beam its speed is (300000 km/s = the known speed of light)- we understand this is one light beam its speed was 1.16 million km per second before the space creation (In Mercury Orbit) and its speed becomes 300000 km/s after the space creation (in Pluto orbit) as result for the energy consumption in the space creation-

In Pluto orbit - the light could Not move any further to build any more orbits because any additional space creation will consume more energy and that will decrease the light speed to be less than 300000 km/s (the known speed of light) – and – No known light moves by speed less than 300000 km/s – means- the light had no energy to move any further after Pluto orbit- for that- the light returns to its origin point (Mercury orbit) for that the light is reflected with speed (300000 km/s) from Pluto orbit to Mercury orbit passing through the built orbits– no energy is required in this motion for that the light beam moves with speed of light (300000 km/s) till Mercury orbit.

The paper provides many powerful proves for this fact- here I refer to 3 proves only

(1st Proof)

Planet Velocity Analysis proves the speed 1.16 million km per second

Data

322 = 47.4 km/s (Mercury velocities) x 6.8 km/s (Uranus velocities)

322 = 35 km/s (Venus velocity) x 4.7 km/s (Pluto velocity) x 2

322 = 29.8 km/s (the Earth velocity) x 5.4 km/s (Neptune velocities) x 2

322 = 24.1 km/s (Mars velocity) x 13.1 km/s (Jupiter velocity)

322 = (17.9 km/s)^2 (Ceres velocity) (Max error 2%)

Discussion

This is one rule used to define planet velocity- we know this rule (v1v2 = constant =322) – other rules are discussed in planet velocity definition- here we ask only

Why the constant is 322?? Because 1160000 seconds = 3600 x 322 hours

Means- the light moves 1.16 million km but we see it as 1160000 seconds and based on this period the constant 322 hours is defined and based on this constant the planets velocities are defined- means- the planets velocities are defined as functions in the speed 1.16 million km per second

(2nd Proof)

The planets orbital circumferences total is defined by light speed 1.16 million km per second- let's prove that

100733 million km = 86400 seconds x 1160000 km/s

100733 million km = The Planets Orbital Circumferences Total

86400 seconds = The solar day

Means- light its speed 1.16 million km per second passes in a solar day a distance = 100733 million km = The Planets Orbital Circumferences Total

The planets data analysis proves that the solar day is the major period of time in the solar system- that because- all planets orbits are defined based on it- the paper proves this fact strongly

(3rd Proof)

The planets orbits and orbital distances are created from the energy of the light beam its speed is 1.16 million km per second- for that- this speed is registered in the distances data – let's prove that in following

Example

778.6 million km (Jupiter orbital distance) = 1160000 km/s x 671 seconds

721 million km (Jupiter Mercury distance) = 1160000 km/s x 629 seconds

Where

671 million km = Jupiter Venus Distance

629 million km = Jupiter Earth Distance

This example tells that

The light (its speed 1.16 million km per second) created the distances based on each other- means

The light uses 671 million km (Jupiter Venus Distance) as a period of time 671 seconds to pass the distance 778.6 million km (Jupiter Orbital Distance)

Also -the light uses 629 million km (Jupiter Earth Distance) as a period of time 629 seconds to pass the distance 721 million km (Jupiter Mercury Distance)

By this method the light (1.16 million km per second) creates the distances based on each other- the previous data is example for so many other distances let's see them in following

(778.6 / 671)= (721/629) = (629/551)= (2x551/940)= (4900/4188) = (5906/5127)= (5127/4437) = (4345/3717)= 1.16

Where

778.6 million km = Jupiter Orbital Distance

721 million km = Jupiter Mercury Distance

671 million km = Jupiter Venus Distance

629 million km = Jupiter Earth Distance

551 million km = Jupiter Mars Distance

940 million km = Earth Orbital Circumference

4188 million km = 2 x 2094 million km (Jupiter Uranus Distance)

4900 million km = Jupiter Orbital Circumference

5906 million km = Pluto Orbital Distance

5127 million km = Pluto Jupiter Distance

4437 million km = Mercury Neptune Distance

4345 million km = The Earth Neptune Distance

3717 million km = Jupiter Neptune Distance

The paper provides so many other powerful proves for the speed 1.16 million km

Notice

(1.16/0.3) x 2π = 24.3

The equation tells, because the solar system is created by light beam its speed 1.16million km per second with its other speed 300000 km/s

For that - the space is created in curved lines (2π) and the time is created based on the solar day (24 hours)- that explains why the planets orbital circumferences total depends on the solar day period

Twelfth Critic Giant- Impact Hypothesis is wrong (Mars Caused The Moon Creation)

Mars Is The Planet Caused The Earth Moon Creation

Let's prove that in following

Mars Original Orbit Was Between Mercury And Venus with orbital distance = 84 million km

The order (Mercury– Mars – Venus – Earth) shows correct order in planets diameters, and orbital distances (and masses)

BUT – Mars had migrated from its original orbit (between Mercury and Venus) to its current one (227.9 million km) and Mars had collided with Venus and then with the Earth in its migration motion – and Mars itself has caused the Earth moon creation.

My Theory (Mars Migration Theory) answers many left questions by Giant-Impact Hypothesis – for example -

Why Does Venus Have No Moon?

Mars had migrated from its original orbit (between Mercury and Venus) – and moved to its current orbit (227.9 million km) – BUT- Mars had moved under force and push – and then Mars had collided with Venus –and Mars had pushed ALL DEBRIS with it in its Motion Direction because of its strong motion

Venus had found No Debris around and for that Venus couldn't create its moon

But– the Earth gravity is greater than Venus' and the debris lost some of their momentum for that the Earth could attracted some debris and created its moon.

Mars has 2 moons and this fact supports my theory because Mars with small mass could attract two moons because the debris were around it while Venus has greater mass but couldn't create its moon because the debris are moved with Mars motion.

The rest debris are attracted by Jupiter gravity and created the asteroid belt

My paper provides many powerful proves for Mars Migration Theory

Thirteenth Critic Tidal Locking Theory Is Wrong

The moon orbital period = the moon rotation period =27.3 days Not because of any tidal locking – this theory is wrong

The moon periods equality is found necessary to be used by Planet Diameter Equation

In fact- my planet diameter equation can work by depending on one planet its rotation period = its orbital period- this feature was Venus feature- means- in ancient Venus orbital period was equal Venus rotation period =243 solar days and my planet diameter equation depended on Venus to defines each planet diameter

But Neptune caused to create relativistic effects in the solar system- the relativistic effects caused to cerate Lorentz length contraction effect with the rate 7.1 and the solar system uses this rate by geometrical modification as (1+ 7.1/100) = 1.0725

Shortly- Venus orbital period (as many other planets data) is effected by the rate 1.0725 and so Venus orbital period is decreased from 243 days to be 224.7 days

Because Venus orbital period (224.7 days) becomes different from Venus rotation period (243 days) that caused great problem for planet diameter equation and put all planets diameters in serious risk –

For that-Venus created an effect on the Moon motion and caused the moon rotation period to be equal the moon orbital period =27.3days and by that my planet diameter equation can work normally again by using the moon motion in place of Venus motion

Shortly –No tidal locking is used to make the moon rotation period to be = the moon orbital period

Fourteenth Critic Lorentz Transformation Are Correct

Lorentz transportation tells us

If a particle moves by high speed motion (near to speed of light), this particle length would be contracted and its mass would be increased and its time would be dilated

BUT -

Many physics Books tell the following

(NO Real Change Is Done For Any Particle Data Moves By High Speed Motion But All Changes Are Illusions Of Measurements)- means-

While a particle is moving by high speed motion and the experiments results show contraction in its length and increasing in its mass and dilation in its time – these changes in measurements are just illusions and the particle itself has no change in any data

Tenth of books tell this meaning clearly and with confirmation and the physicist killed Lorentz work and made Lorentz transformation measures illusions and not facts- regardless the empirical proves-

I stand in front of the books and can't realize what's happening –I refuse these books idea because

The Physics Is The Measurements Science And What's Measured Is The Fact

If no real changes are done how the problem of Michelson and Morelly experiment is solved?- also- we can't understand why the synchronous events in one frame can't be synchronous in another (as Einstein stated) where no change is found for any data- the distances are Not contracted nor the time is dilated nor the mass is increased why the events can NOT be synchronous in any frame?

If the particle own data are measured correctly while it moves by my motion velocity and these measurements are suffered from illusions because the particle moves by high velocity motion relative to my motion velocity that means (I'm the universe reference point)

We notice- Lorentz length contraction equation can't distinguish between particle length and a distance, both can be contracted by the same one equation- that supports my theory tells (Matter And Space Are Created From The Same Energy)– If the space is similar to the sea of water the matter will be similar to a whirlpool (or vortex) on the sea page- both matter and space are created from the same one energy- that gives chance to change the matter dimensions by its motion

My planet diameter equation proves Planet diameter is created depending on its velocity- means- for example– Neptune diameter is 49528 km because Neptune velocity is 5.4 km/s- this fact is proved by my Equation strongly - that tells the motion has effect on the matter dimensions and data definition which supports the same meaning of Lorentz transformation.

In fact- my planet diameter equation is the main motive behind this fighting because the equation proves strongly Planet diameter is created based on its velocity- the velocity is defined before creation- the problem here is in the definition of matter- the wrong definition of matter caused this problem while my planet diameter equation proves that the planet diameter is defined based on its velocity

Please read the paper definitions which change the matter definition and prove the matter data is created depending on its motion

Fifteenth Critic Newton Is Wrong (The Gravitation Equation Is Wrong)

What's the first mistake in the physics book? (The Gravitation Equation)

The main problem here is that – the gravitation equation contradicts the planets order- the equation tells (more mass necessitates Shorter distance) but the planets are ordered in opposite direction – for example- (Mercury- Venus – Earth) this order tells more mass necessitates Longer distance

The equation clearly contradicts the planets order-( Jupiter the greatest mass is not the first planet)

But- the physicist doesn't see this problem and invented ideas to cover this contradiction- for that- the physicist told us (Planet Initial Condition Prevents The Planet To Follow The Gravitation Equation Rule)- that tells the gravitation equation lost all support from the planets data and even it contradicts the planets order but the physicist knows the secret of this contradiction and we should trust this contradiction is not real one

This was a sad day in the human history- because we needed ideas can explain the planets motions and data but the physicist ideas removed even the planets data which is the only facts we have- and the physicist gave us lies and imaginary pictures that was the starting of the errors occupied the physics book since long time

Now – let's ask – How does planet define its orbital distance? Planet defines its orbit based on its neighbor orbit (planet mass has no relationship)- let's see the proof

My Planet Orbital Distance Equation d^2=4 d0 (d- d0)

d = A Planet Orbital Distance AND d0= Its Direct Previous Neighbor Planet Orbital Distance

VENUS ORBIT (108.2)^2 = 4 x 57.9 x (50.3)

d= 108.2 million km = Venus Orbital Distance

d0= 57.9 million km =Mercury Orbital Distance

50.3 million km = The Distance Between Venus And Mercury

Venus Depends On Mercury

SATURN ORBIT (1433.5)^2 = 4 x 778.6 x (1433.5- 778.6)

d= 1433.5 million km =Saturn Orbital Distance

d0= 778.6 million km =Jupiter Orbital Distance

Saturn depends on Jupiter

URANUS ORBIT (2872.5)^2 = 4 x 1433.5 x (2872.5- 1433.5)

d= 2872.5 million km = Uranus Orbital Distance

d0= 1433.5 million km = Saturn Orbital Distance

Uranus depends on Saturn

The Paper Tests My Equation With All Planets Orbital Distances And Discusses The Equation Concept-

Please Note- light created the space in orbits depending on each other before any planet creation- means- the planets orbits are created before any planet creation and by that planet mass has no relationship with its orbit definition-

In fact- the planets orbits are created by light motion and that is proved by different powerful planets data –my planet orbital distance equation is one method only and there are many other methods prove the orbits are created based on each other without any effect of any planet mass- shortly- the basic idea is wrong

The paper provides these different methods and proves the planets orbits are created by light motion before any planet creation

PAPER FIRST HYPOTHESIS

Paper first hypothesis

The gravitational waves are produced by the planets motions energies and not by the gravitational field (Moreover the sun is not producing a gravitational field) and

The gravitational waves are reflected three times in the solar system (from Pluto and Neptune to Saturn) and (From Uranus to Jupiter) and (from Venus to Mars) –

The gravitational waves reflection causes changes in the planets data- and these changes are repeated with each reflection- means- these changes are found by rules because it's repeated with each reflection clearly- that shows the planets use similar behaviors to create their data which proves one reason causes to create all this data

Also- the wave energy reflection causes to square the wave velocity – the velocity square is the most important feature of the energy reflection because it enables the waves to move by speed of light- that explains how the gravitational waves can move by speed of light in the solar system- the motion by speed of light is produced only by the wave energy reflection (and without the reflection this motion can't be done)

Paper 1st hypothesis (The objective of the hypothesis)

I prove that the gravitational waves are produced by the planets motions energies and these waves are reflected in the solar system three time and the reflection of the wave energy causes to square the wave velocity (the velocity squaring is the important feature I prove in the paper because the light beam is reflected but its speed is NOT squared and that means the wave velocity squaring is feature of the space) and it's very important to prove the wave velocity is squared by the reflection because this process enables the waves to move by speed of light and that explains how the gravitational waves can move by speed of light – as this new article states

This Is Extraordinary: Gravity Can Create Light, All on Its Own

The article tells, the gravitational waves can move by speed of light and can produce a light beam- here I explain how the gravitational waves can move by speed of light (please note the article still believes the gravitational waves are produced by the gravitational field – I refuse this idea – the gravitational waves are produced by the planets motions energies but the article states that the gravitational waves can move by speed of light and can produce a light beam and I accept this idea and I explain and prove how the gravitational waves can move by speed of light)

Paper 1st hypothesis Proof (The Proving Method)

I compare between the planets data in the three reflections of the wave- I put the planets data in comparison to each other for each reflection to prove the planets use similar behaviors to define their data and this similar behavior proves one force (or one reason) is found behind- and this one reason is the wave energy reflection which causes to create all this data –

The wave energy reflection effect on the solar system design (A Summary)

The reflections cause defined changes in the planets data – and

The most important change is (the wave velocity square) – and this velocity squaring is very important because it enable the gravitational waves to move by speed of light – the motion by speed of light is very effective on the solar system design because it defines the planets distribution between the sun and Pluto– this fact is explained in point no. (**)

Paper 1st hypothesis Explanation and Proof Discussion

The explanation is discussed in two parts

1ST PART

I- Preface

II- The Comparison

III- The explanation of the wave energy reflection effect on the solar system design

2nd PART

The Gravitational Waves Reflection Detailed Discussion

(Paper 1st hypothesis Explanation) 1ST PART

I- Preface

(1)

Planet Motion Energy Analysis

Planet motion produces energy (1/2 mv^2), where's Planet motion energy? the planet can NOT store its motion energy inside its body because it would raise its temperature and No planet temperature is raised by its motion- logically- the planet motion energy is stored in the space in waves form- means- Planet motion energy creates waves in the space- the planet motion in the space is similar to a fish swimming in the sea- as the fish swimming creates waves in the water the planet motion energy creates waves in the space- let's see this picture clearly- the fish swims because it hits the water by its body and that creates waves in the water- we conclude, the water waves move by a velocity equal the fish velocity because of the reaction force- similar to that- Planet moves in the space and its motion energy creates waves in the space and these waves move by velocity equal the planet velocity- for example- Mercury (47.4 km/s) moves and its motion energy creates waves in the space and these waves move by equal velocity (47.4 km/s)- based on this idea- All planets move and their motions energies create waves in the space where each wave moves by velocity equal its planet velocity

(2)

These Waves Are The Gravitational Waves (My Hypothesis)

Mans- the waves are produced by the planets motions energies- these waves are the gravitational waves- it's my paper 1st hypothesis- the gravitational waves are not produced by the gravitational field (moreover the sun doesn't produce a gravitational field) instead the gravitational waves are produced by the planets motions energies

AND

Note- The moon and the Earth revolve around the sun together for that the moon velocity is considered equal the Earth velocity relative to (the sun) –

The 1st Conclusion

The Planet Motion Energy Creates Waves In The Space

Means - The Space Must Have Moving Waves -

Now -the scientists had discovered waves in the space- And- they considered these waves are produced by The Sun Gravitational Field – BUT Why?

The planet motion energy analysis proves the waves must be produced by the planets motions energies- Now let's refute the sun gravitational field theory- the refutation gives support for the conclusion – the gravitational waves are produced by the planets motions energies and NOT by the gravitational field because there's NO Gravitational field.

(3)

The Refutation Of The Sun Gravitational Field

The Sun Doesn't Produce A Gravitational Field Nor Has Massive Gravity – let's prove that in following

(i)

(ii)

(iii)

(iv)

Planet orbital distance equation (my 1st equation)

d^2= 4do (d-do) where d= planet orbital distance and do= its neighbor distance

Example (1) Venus orbital distance (108.2)^2 = 4 x 57.9 x (50.3)

d= 108.2 million km = Venus Orbital Distance

d0= 57.9 million km = Mercury Orbital Distance

50.3million km=The Distance Between Venus And Mercury Venus Depends On Mercury

Example (2) Saturn orbital distance (1433)^2= 4 x 778.6 x 655

d= 1433 million km = Saturn Orbital Distance

d0= 778.6 million km = Jupiter Orbital Distance

655million km=The Distance Between Saturn And Jupiter Saturn Depends On Jupiter

Shortly- planet mass has no any effect on this planet orbital distance definition.

Notice

(v)

The 2nd Conclusion

The Gravitational Waves Are Produced By The Planets Motions Energies And Not By The Sun Gravitational Field- Also-There's No Gravitational Field At All

(4)

The Wave Reflection Trajectory

Let's remember what we know till now

(a)

Planet motion produces energy (1/2 mv^2) and this energy creates waves in the space and each wave moves by its planet velocity- these waves move toward Pluto (perpendicular on the revolution direction) and in Pluto orbit these waves are unified into one unified wave moves by velocity = the planets velocities total = 205.8 km/s

Means- while the planets revolve around the sun in their orbits by their velocities- there's one unified wave revolves around the sun moving by 205.8 km/s and this unified wave revolves around The Sun In Pluto Orbit-this unified wave is The Gravitational Wave

Now- this unified wave is reflected from Pluto to Venus orbit- Means- the unified wave is reflected and sent from Pluto to Neptune to the next planets till reach Venus

The unified wave is reflected three times in the solar system

(from Pluto and Neptune to Saturn) and

(from Uranus and Jupiter) and

(from Venus to Mars)

With each reflection of the wave defined changes are done for the planets data

But let's refer to the general design behind these three reflections in following

(b)

We remember this new article

This Is Extraordinary: Gravity Can Create Light, All on Its Own

The article tells, the gravitational waves can move by speed of light and can produce a light beam-

My hypothesis tells (the reflection of energy causes to square the wave velocity)

Let's put the ideas beside one another to see the general design

The gravitational waves can move by speed of light AND can produce a light beam – How?? if the motion is done by speed of light (C=300000 km/s) how can this motion produce a light beam? Because the light beam is produced from the value (C^2 = squared speed of light) – here we see the energy reflection effect- the wave moves by speed of light and when this wave is reflected its velocity is squared and produced the value (C^2 = squared speed of light) from which the light beam is created-

Means

The machine needs one reflection to change the speed from (speed of light C=30000 km/s to the value C^2 =squared speed of light) and by that the light beam is created

Now – let's ask -

How can the wave moves by speed of light?

We remember- the one unified wave (the gravitational wave) moves in Pluto orbit with velocity 205.8 km/s – how can this gravitational wave moves by speed of light?

By another reflection of energy – let's see that in following

300000 km/s = (205.8 km/s)^2 x 7.1

This equation tells

The unified wave (the gravitational wave) moves by 205.8 km/s and it's reflected, the waves reflection causes to square the velocities

(205.8 km/s)^2 = 42683 km/s

Means the gravitational wave after the reflection moves by a velocity 42683 km/s

BUT

If a particle moves by speed (=0.99 C=297000 km/s), this high velocity motion causes to create relativistic effects specially Lorentz length contraction effect with rate 7.1

Means- the distances should be contracted by the rate 7.1

BUT

The waves reflection causes to reflect the geometrical effects and by that the rate (7.1) will cause to increase the length in place of the length contraction- means- the distances will be increased with (7.1) as a result for Lorentz length contraction effect

The velocity 42683 km/s will be 42683 x 7.1 = 300000 km/s (Speed Of Light)

That explains how the gravitational waves move by (205.8 k/s) can move by speed of light (C=300000 km/s)

Here we see clearly that

The machine needs one energy reflection only to accelerate the wave velocity from 205.8 km/s to move by speed of light (C=300000 km/s)

And

The machine needs one more reflection only to change the wave speed from the speed of light (C=300000 km/s) to (C^2 =squared speed of light) by which the light beam is created

Shortly -the machine needs only two reflections of energy to produce the light beam from the gravitational waves motions

Now – let's ask– Why Are There Three Reflections Of Energy In The Solar System? If The Machine Needs Just Two Reflections Why The Machine Uses Three Reflections?

Because of Neptune negative effect on the solar system motion- Neptune caused to repeat the energy reflection and by that the solar system uses 2 reflections in the outer planets and one reflection in the inner planets- this result is done by Neptune negative effect on the solar system motion – as explained in details in the third hypothesis.

(c)

Please note- the two reflections in the outer planets are done to produce a result of one reflection only and for that the two reflections are complementary one another as we will discuss- shortly- we can say there's one unified reflection of the wave in the outer planets and one single reflection of the wave in the inner planets because the two reflections in the outer planets are complementary each other and produce a result of one reflection only – spite of that- the planets data prove clearly there are three reflections in the solar system- means- while the wave reflections are three they do effect of two reflections only – as we will discuss in details in following

(5)

The Wave Acceleration Process

Now we know the unified wave velocity is 205.8 km/s and this wave is accelerated to move by speed of light (C=300000 km/s) by one reflection and then this wave moves by speed of light is accelerated one more time to produce the value (C^2= squared speed of light) by another reflection

But where's this happened? In which planets orbits this is happened?

Shortly

The wave moves by 205.8 km/s in the orbits of Planets (Pluto – Neptune and Uranus) and

The wave velocity is accelerated to move by speed of light in Saturn orbit

Means- Starting from Saturn orbit the unified wave moves by speed of light – the wave speed is speed of light in all orbits from Saturn to Venus

And

Venus reflected the wave to Mars and that causes to accelerate the wave velocity from the speed of light (C=300000 km/s) to (C^2= squared speed of light)- in the moon orbit between Venus and Mars

(6)

Planet Definition

(A)

The physics book defines the planet as (Planet is solid body created independently from the space and the other planets)–if so- how can the gravitational waves reflection have effects on the planets data??

My definition for the planet is

Planet is a geometrical point carried on the moving energy (or Planet is a geometrical point found on a light beam) – let's explain this definition in following

The matter and space both are created from the same one energy- means

The planets matters and their distances both are created from the same one energy- the matter and space move depending on the motion of this energy from which they are created-means- the matter isn't moving by the mass gravity – Newton is wrong- the matter moves by the motion of the energy from which the matter is created-

Based on this idea

The space is similar to the sea of water- and the matter is similar to a whirlpool (vortex) is found on the sea page- the matter creates for itself a geometrical frame (a distinguished form from the space) and moves by a different velocity from the space motion- as the whirlpool (vortex) on the sea page- it's created by the sea water but it has a distinguish form from the sea waves and it moves by a different velocity from the sea waves- this explanation shows how the moving energy can effect on the matter creation data- for example- we have a whirlpool (vortex) its diameter is 2 meters how is this whirlpool created? and why does its diameter equal = 2 meters? The diameter is created as a result for the water motion velocity, pressure, amount and motion angle and many other features of (the moving water)- the moving water creates this whirlpool with diameter 2 meters and as long as the water motion is not changed this diameter will not be changed also-

Let's give another example

The energy motion is similar to the blood motion in a creature body- suppose- we examine now a liver of human - the blood motion causes this liver to work perfectly but if the blood motion is changed that would cause changes for the liver cells and job – suppose the blood have some poison the liver will be dead- suppose the pressure is raised- I want to say- the liver is a piece of body (matter) but it depends on the blood motion and this blood motion defines this liver dimensions and data-

Shortly–the matter is similar to a muscle in a creature- the muscle may be so strong as a rock but it depends on the blood motion (similar to that the matter is found depending on the motion of energy from which this matter is created)

That explains how the gravitational waves reflection have effects on the planets data- still the planet is a solid body and the wave is a wave- the wave can be reflected but the solid body can NOT be reflected spite of that the planets data is reflected one another because the reflected waves have effects on the moving energy by which this planet (solid body) is created-

(B)

We should see the depth of this new definition-

The definition tells us

The matter (planet) is created by energy and the matter moves with this energy- means- this energy is the mother of this matter- this energy created the matter and caused this matter motion-BUT- this definition tells- the matter motion is defined before the matter creation- means- Planet motion is defined before this planet creation- How can that be possible? Because –

The energy is found alone in motion (the sea water was in motion) and the energy created the matter and this matter dimensions and data is defined based on the energy motion features (as discussed before- the whirlpool "vortex" is created with diameter 2 meters and this diameter is defined by the water motion features "velocity- pressure- angle- amount …etc") by that the matter dimensions are defined by the mother energy motion features - AND after the matter creation, the matter moves with the mother energy- by that- the created matter moves the same motion based on which this matter dimensions and data is defined- that explains how the planet motion is defined before the planet creation-

This fact is proved by my planet diameter equation because it proves strongly that the planet diameter is created based on its velocity- means- the equation proves – for example – Neptune diameter is 49528 km because Neptune velocity is 5.4 km/s and Neptune velocity is defined before Neptune diameter- let's remember this equation

My Planet Diameter Equation (v1/v2)= (s/r)= I

v = Planet Velocity

r = Planet Diameter

s= Planet Rotation Periods Number In Its Orbital Period

I= Planet Orbital Inclination (example, 1.8 degrees be produced as a rate 1.8)

v2, s, r and I are belonged to one planet and v1 is belonged to another planet

The planet (v1) is defined by test the minimum error

Earth Equation uses Neptune velocity

Mars Equation uses Pluto velocity

Jupiter Equation uses the Earth moon velocity

Saturn Equation uses Mars velocity

Uranus Equation uses Neptune velocity (As Earth)

Neptune Equation uses Saturn velocity

Pluto Equation uses the Earth moon velocity (As Jupiter)

Example

Neptune Equation (89143 /49528) = 9.7/ 5.4 =1.8

89143 = Neptune rotation periods number in Neptune orbital period

49528 km = Neptune diameter

9.7 km/s = Saturn velocity

5.4 km/s = Neptune velocity

59800 days = Neptune orbital period (and Neptune rotation period =16.1 hours)

1.8 degrees = Neptune Orbital Inclination

The Equation Concept (A Summary)

Planet diameter should be a function in its orbital distance –otherwise- this planet would be broken by its motion- BUT- the designer can't create a function has only 2 variables (Planet diameter and its orbital distance)- because– If this planet changes its orbital distance its diameter would be broken also because the diameter is a direct function in the orbital distance without any other variables -As A Result

The designer created the planet diameter as a function in this planet rotation period and the planet rotation period is created as a function in this planet velocity and the planet velocity is created as a function in this planet orbital distance- by that- the function Planet diameter and its orbital distance is created but also it contains many variables (rotation period, orbital period and velocity)- by that- if a Planet changes its orbital distance- this planet orbital period, and velocity and rotation period would be changed but its diameter will be saved-

(C)

The previous explanation helps us to see how the planet is created- also we remember Kepler rule (Planet Orbit Defines Its Velocity)

The orbit is created at first and the orbit defines the motion velocity and the planet diameter is created based on this velocity –means- the space is created before the matter creation- Shortly- The planet orbit is created (from the mother energy) before this planet creation and the planet is created later (by this energy motion features) and the planet data is defined based on this motion features and the planet moves after Creation with this mother energy motion- and– in case any planet after creation changes its orbit the planet motion data be changed but its creation data is saved- we should note that the space must be created based on a geometrical design-means- the solar system space (all orbits) is designed based on one geometrical design before any planet creation

(D)

The planet is a geometrical point on the mother energy and moves with it –Or

The planet is a geometrical point on the same light beam and moves with it

That tells

The solar planets are geometrical points found on the same one light beam and move with this light beam motion

By that- the planets are similar to carriages in one train –and the light beam (the mother energy) is the engine of this train- the light moves and causes all planets motions (as the sea water moves and causes all ships motions)

Here we conclude that the planets motions are similar to the chess board motions because it depends on geometrical rules in all details- that's why the analysis is so useful because it can show the geometrical design found by the planets motions integration.

(E)

The planet definition answers the question

If The Gravitational Waves Are Reflected Why This Reflection Have Effects On The Planets Data?

Because the waves reflection causes to define the energy motion direction and by that the planets data is changed and effected by the moving energy through these planets-

The effects on the planets data is very useful because it proves the reflection is a fact as we discussed later

(7)

The Energy Distribution In The Solar System

Now we know

The unified wave (the gravitational wave) moves by 205.8 km/s in the orbits of Pluto, Neptune and Uranus and

The unified wave motion is accelerated to move by speed of light (C=300000 km/s) in all planets orbits Starting from Saturn to Venus

And Venus reflected the wave to Mars and by that the speed of light is squared to produce (C^2= squared speed of light) by which the light beam is created

Can The Wave Different Speeds Have Effect On The Solar System Design? YES

The three planets (Pluto, Neptune and Uranus) have great areas because the wave velocity is 205.8 km/s means massive amounts of energy is stored in these orbits as waves move by 205.8 km/s-

But

Starting from Saturn orbit the wave moves by speed of light (C=300000 km/s) that doesn't need great areas because the energy is found in waves move by speed of light that explains why the planets orbits be small orbits (from Saturn to Venus) and even the inner planets have very small orbits because the energy is not stored in the inner planets orbits but the energy is used directly to produce the sun rays- that shows the planets distribution between the Sun and Pluto is related to the wave velocity changes

(8)

Planet Motion Definition

Let's ask

This Is Extraordinary: Gravity Can Create Light, All on Its Own

The article tells, the gravitational waves can move by speed of light and can produce a light beam- now we ask- if the gravitational waves move by speed of light- why is it necessary the gravitational waves move by speed of light relative to the sun point of Space? Or let's ask this question by another method

Pluto velocity is 4.7 km/s relative to what? relative to the sun

All Motions In The Solar System Are Done Relative To The Sun – let's explain why

Let's remember how the sun point is created

We understand the space is similar to the sea of water and it's in continuous motion and NO stationary point can be found in it- the sun point of space should be a stationary point- for that the sun point of space creation needed specific procedure

The planets were found before the sun creation and the planets revolve around a point in space (any point in space) the revolution creates two velocities on both sides of the revolution- the two velocities are equal in value opposite in direction- the total be Zero- means- the revolution motion creates a stationary point in the revolution center-

By that the sun point of space is created as a stationary point- and the sun point is the only stationary point in the solar system- for that all motions are done relative to the sun point of space- but let's ask

What does mean Pluto velocity is 4.7 km/s? it means – the sun point of space is a stationary point and its velocity is 1 km/s (Zero approximately)- and that means- the space around the sun has waves move by velocity 1 km/s while Pluto velocity is 4.7 km/s and that means the space around Pluto has waves move by 4.7 km/s and by Pluto motion the waves around the sun moves by 4.7 km/s because of Pluto motion effect

Shortly- the sun is the stationary point in the solar system and all motions are done relative to the sun because it's the minimum velocity in the solar system.

II- The Comparison

The gravitational waves are reflected in the solar system three times

(From Neptune to Saturn) This Is The First Reflection

(From Uranus to Jupiter) This Is The Second Reflection

(From Venus to Mars) This Is The Third Reflection

Here we compare among the data of these planets- the comparison provides 7 groups of data in each group we compare the planets data because I want to prove that the planets use similar behaviors to produce their data – means- this all data is created based on geometrical rules which proves that there's one reason caused to create all this data and this reason is the gravitational waves reflection- In the comparison I start by Venus reflection (the 3rd one) then Uranus reflection (the 2nd one) and Neptune reflection (1st one) because Venus is very simple data and can be understood easily-

The Data Changes

The gravitational waves reflection causes basic changes in the planets data let's refer to these changes in following

What's used as (A) before the reflection will be used as (1/A) after the reflection.

What's used as (a distance) before the reflection will be used as (a period of time) after the reflection

The velocities be squared –the rate (v1/v2) before reflection will be (v1/v2)^2 after the reflection.

The energy direction is changed by the reflection

The players of the rates of time are reflected also –

Notice – the gravitational waves reflection needs three planets –as we have discussed- the 1st reflection (from Neptune to Saturn) and between them Uranus – also the 2nd reflection (from Uranus to Jupiter) and between them Saturn– and also the 3rd reflection (from Venus to Mars) and between them The Earth– that shows three planets are used in each reflection- the middle planet is effected also by the wave reflection as we will see in the data discussion – shortly – No reflection can be done by two neighbors planets -

These changes are done with each reflection for the gravitational waves- the planets data proves this fact as we will see in the comparison of the data and the detailed analysis for the wave reflection (CONT)

Gerges Francis Tawdrous +201022532292

Physics Department- Physics & Mathematics Faculty

Peoples' Friendship university of Russia – Moscow (2010-2013)

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Love, Toes and Pistons, part 2

The Harper family home stood on a quiet suburban street, its white picket fence and neatly trimmed hedges looking maybe too perfect, almost artificial. Riley, 18 year old girl with brown eyes and auburn hair tied in a short ponytail stood on the sidewalk, dressed in a knee-length dress and flip-flops, feeling a nervous flutter in her chest as Alex led her up the front steps, his hand gently brushing against her shoulder in reassurance.

“You don’t have to be nervous,” Alex said, his easy smile a stark contrast to the way Riley felt.

“I’m not nervous,” Riley lied, biting the inside of her cheek. Her tone betrayed her, though, and Alex chuckled.

“They’ll love you,” he said. “Well, my mom will for sure. My dad... might take some warming up.”

“I can't help myself,” Riley muttered. “I really don't work well around people outside our garage.”

Alex stopped her just before they reached the door, turning to look at her seriously. “Hey, if it gets weird, we’ll leave. Okay? You’re not doing this alone.”

She gave him a small, grateful nod, though the knot in her stomach didn’t loosen.

Inside, Alex’s mom, Marianne Harper, greeted them with a warm but slightly tentative smile. She was a shortm slightly chubby woman with friendly, round face and kind eyes. Her husband, Richard, was a taller, sterner presence, his expression immediately betraying dislike from the moment he recognized Riley as the cocky mechanic who worked on his brakes before.

“Mom, Dad, this is Riley. Riley, my parents” Said Alex to introduce them.

“Hi, Mrs. Harper, Mr. Harper,” Riley said, stepping forward with a polite smile.

Marianne offered her hand for a handshake, awkwardly pausing as her eyes flicked to Riley’s shoulders, the sleeves of her T-shirt hanging flat and empty. Riley saved the situation by raising her foot, which she offered for a handshake. Marianne hesitated for a fraction of a second before shaking it, her polite smile intact.

“It’s lovely to meet you, Riley,” Marianne said. “Alex has told us a lot about you.”

“Likewise,” Riley replied.

Richard, however, didn’t move to greet her. His arms remained crossed over his chest, his lips pressed into a thin line. His gaze wasn’t openly hostile, but it was critical, sizing her up as if she were an applicant for a job he was sure she didn't deserve.

“So,” he said finally, his tone neutral but tinged with skepticism, “you’re that girl who worked on my Camry.”

“Yes, sir,” Riley said evenly. “Glad it’s running better now.”

He grunted in acknowledgment but didn’t offer more.

***

Few moments later, the four of them sat down to dinner, a roasted chicken and baked potatoes that Marianne had clearly put a lot of effort into. Conversation was light at first, focused on Alex’s classes and plans for college, but it didn’t take long for Richard to steer the discussion toward Riley.

“So, Riley,” he began, cutting into his chicken, pronouncing Riley's name as if it stung his tongue. “What makes you think you're a good match for my son?”

“Dad,” Alex interjected, his tone warning.

“Well, we're happy together,” Riley replied. “We actually found out we both liked each other for a long time, but were both too afraid to make the first move.”

Richard raised an eyebrow, briefly looking at Alex. “Did you, now? I get what you see in my son, we're well off and he's going to attend the best college in state, but what exactly you bring to the table, besides disability checks?”

“Dad!” Hissed Alex angrily.

“No, it’s fine,” Riley said, putting her foot reassuringly on his shoulder, her voice steady though her jaw tightened. “I can assure you, i never received a single disability check in my life - never applied, actually. I'm dealing with school well enough and i'm good at my job to have a lot of returning customers. If i'm not mistaken, your car should be enough of an evidence in that matter”

Richard leaned back in his chair, crossing his arms. “Sure, you did a solid job on my brakes. But my son needs a housewife to take care of the household. Someone who can cook, clean and raise his kids, not some armless grease monkey.”

“Dad what the hell?!” "Richard!" shouted Alex and Marianne almost simultaneously.

The words hit Riley like a punch to the gut, though she forced her expression to remain calm. She met Richard’s gaze directly.

“With all due respect, sir,” she said, keeping her tone cool, despite gritting her teeth “Alex and I care about each other. What we do with our lives is our business and i can assure you, i've been handling stuff back home since i was little. And i've been doing that practically all by myself ever since my dad busted his leg last year.”

Marianne stepped in, sensing the rising tension. “Richard, that’s enough,” she said firmly before turning to Riley with a more apologetic expression, attempting a 5 minutes past 12 damage control. “Riley, what i think my husband is trying to say is in a really bad way is... Living with such a severe disability like yours is a challenge not only for you, but for your potential partner too. Alex is our only son, and we want to make sure he’s making choices that are best for him.”

Riley softened slightly at Marianne’s tone. “I understand, Mrs. Harper, and i don't blame you for thinking so. I can asure you, i’m not trying to take advantage of Alex or hold him back. And i am used to taking care of myself and not to lean on anyone's help. We just... Like each other, why is it so hard to understand?”

Alex reached for Riley’s foot resting on the table in front of her and gave it a gentle squeeze. “Mom, Dad, I’m not a kid. I know what I’m doing, and I know who Riley is. If you can’t see that, then you don’t know me as well as you think.” With that, he nonned to Riley and they both left the table, ignoring Richard's angry shouts and Marianne's attempts at calming him down.

***

As they left the house, the tension in Riley’s shoulders finally began to ease, but involuntary tears started welling in her eyes. Alex walked beside her, reassuring arm around her shoulders.

“Well, that went about as well as I expected,” she said dryly, fighting the urge to cry.

“Don’t let my dad get to you,” Alex said. “He’s stubborn, but he’ll come around. And my mom already likes you, i can tell.”

“You think?”

“Yeah. You stood your ground and handled it like a champ. She respects that,” Alex said, grinning.

Riley gave a small smile. “Well, I’m glad someone does. Your dad’s got a ways to go, though.”

Alex stopped, turning to face her. “Hey. If my dad doesn’t get it, that’s his problem. Not ours. You’re incredible, Riley. I’ve known that since the moment I met you, and I’m not letting his opinions change that.”

Riley looked at him, her brown eyes softening. For the first time that night, the knot in her chest loosened completely.

“Thanks, Alex,” she said quietly.

He leaned in and kissed her, and for a moment, the doubts and judgments faded into the background. She looked up with teary eyes and smiled. "Come on, let's hang out at my place. No use standing here out in the streets.

***

The garage was quiet, the hum of the fluorescent lights overhead the only sound breaking the stillness. Riley and Alex sat on an old, faded loveseat tucked into the corner of the shop, its fabric stained with years of grease and hard work. Riley’s Pacer sat nearby, its hood up, waiting for new aftermarket 6-1 headers she was saving up for last few months.

Alex leaned back, his arm draped casually along the back of the couch, while Riley sat cross-legged, her foot resting lightly in his lap. His fingers were intertwined with her toes, holding them the way most people might hold a hand.

“You reall think your mom might actually like me?” asked Riley, her tone casual, but hopeful.

Alex chuckled. “I'm sure of it. She might not be the most open minded person in the world, but he's always been kind and understanding. Dad… well, he’ll come around eventually. Or he won’t, and I won’t lose sleep over it.”

Riley gave a skeptical snort. “Sure, that’s easy for you to say. You don’t have to be the one proving yourself to everyone.”

Alex squeezed her foot lightly. “You don’t have to prove anything to him, Riley. Nor to anyone else. If he can’t see how amazing you are, that’s his loss.”

Her cheeks flushed, and she looked away, pretending to study the shelves of tools across the room. “You’re way too nice to me, you know that?” she muttered.

“And you’re way too hard on yourself,” Alex countered, his voice gentle.

They enjoyed the intimate moment in quiet peace, until the sound of the back door opening broke the silence.

“Thought I heard voices in here,” Gus’s gruff voice announced.

Alex straightened up slightly as Riley’s father entered, a six-pack of root beer bottles dangling from one hand. Gus’s limp was more pronounced in the evening, his cane tapping rhythmically against the concrete floor as he approached.

“Evenin’, Dad,” Riley greeted, waving her foot, her voice light but with an edge of curiosity.

“Evenin’,” Gus replied, his sharp eyes landing on Alex. “So, you’re the Harper kid I’ve been hearin’ about.”

Alex stood up politely, offering his hand. “Yes, sir. Alex Harper. It’s nice to meet you.”

Gus eyed the handshake for a moment before setting down the root beer and taking Alex’s hand firmly. “Gus Greaves,” he said. “I’ve seen you 'round town. Didn’t know you were courtin’ my daughter.”

“Dad!” Riley exclaimed, her face burning.

“What? ’s the truth,” Gus said, his tone matter-of-fact as he released Alex’s hand.

Alex, to his credit, handled the scrutiny with grace. “Yes, sir. Riley and I have been seeing each other for a little while now.”

Gus grunted, his expression unreadable as he grabbed three bottles of root beer from the six-pack, popped their caps against the edge of the workbench, and handed them out. Riley took hers with her left foot, and Alex nodded in thanks as he accepted his.

Gus sat down on a stool, leaning on his cane with one hand while taking a swig from the bottle with the other. “I like you, kid,” he said after a moment, his tone still gruff but warm.

“Thank you, sir,” Alex said.

“Don’t ‘sir’ me. Makes me feel old,” Gus said, waving him off.

Riley laughed quietly, taking a sip of her root beer.

Gus’s tone turned serious as he looked at Alex. “Now, I’ll be straight with you. I ain’t got a lot of love for your old man. No offense to you, but i feel like he’s got a way of lookin’ at people like they’re nothin’ unless they fit some mold he’s got in his head.”

“None taken,” Alex said, his voice steady. “I don’t agree with him, either.”

Gus nodded, seemingly satisfied with the response. “Good. You seem like you’ve got a decent head on your shoulders. And you care about Riley, which is all that matters to me.”

“I do,” Alex said without hesitation, glancing at Riley, squeezing her foot gently. “A lot.”

Riley felt her heart skip a beat at the sincerity in his voice.

Gus tipped his bottle toward Alex. “Then you’ve got my blessing - so long as you treat her right. You don’t, and we’re gonna have a problem. Understood?”

“Understood,” Alex said with a small, nervous smile.

“Good,” Gus said, leaning back slightly and taking another swig. “Now, you two behave. And don’t forget to lock up before you head out.”

“Will do, Dad,” Riley said, her voice soft but grateful.

Gus gave Alex one last appraising look, then turned and limped out the way he came, leaving them alone again.

Alex exhaled a breath he didn’t realize he’d been holding. “Well, that wasn’t as terrifying as I thought it’d be.”

Riley laughed, leaning back into the couch. “Trust me, you passed. If he didn’t like you, he’d have made it very clear.”

Riley and Alex spent the rest of the evening chatting about anything and everything. They swapped work stories, teased each other a little, and shared dreams for the future, their words and laughter echoing through the quiet garage. The conversation flowed effortlessly, the kind that only happens when two people feel completely at ease with each other. Eventually, Alex glanced at his watch, realizing how late it had gotten.

"Oh, i should probably go home by now. I doubt dad cooled off, actually, but he'd be downright furious if i arrived home after midnight," Said Alex with apologetic smile. Also, i should catch some sleep, i promised Mr. Novak i'll cover Old Bob's saturday shift."

"He's taking a weekend off? That's unlike him." asked Riley, thinking of the old, friendly cook at Novak's Bar & Grill. "Hope he gets well soon, he made the best short ribs."

"Yeah, about that..." Sighed Alex. "Bob's not been feeling well recently. He said he wants to retire in few months and stepping down as the grill chef. And Mr. Novak offered me his position on a full time basis right after i graduate high school."

"Did you accept?" asked Riley, raising her eyebrow

"I'm tempted to, but... Dad wants me to go to a college..." Answered Alex with a heavy sigh.

"The real question is," Asked Riley, "Do you want to go to the college?"

"What do you mean?" asked Alex, confused.

"Exactly what i'm saying,", continued Riley, "What do you want to do for living? Do you actually want to be a lawyer?"

"I mean, it pays well..." Said Alex, looking down at the oil stained concrete floor.

"That's not the point and you know it," Said Riley, putting her foot on Alex's shoulder, looking him in the eyes with understanding smile. "Tell me. Do you enjoy cooking?"

"I do, but..." replies Alex, "Dad says it's a nice hobby, but terrible career choice."

"Oh screw your dad, honestly!" Raised Riley her voice, nudging Alex in the chest with a big toe, "I'm not asking about what he wants, i'm asking you."

"I mean..." Said Alex slowly, "I loved cooking since i was 12..."

"Are you good at it?" asked Riley, knowing the answer long before Alex's modesty allowed him to says it out loud.

"Yeah. Wouldn't be scheduled for a grill chef promotion otherwise, i guess..." said Alex with all honesty.

"Then go for it!" Said Riley triumphantly.

"But the college..." stuttered Alex.

"Chefs don't need a degree." Said Riley matter of factly. "Chefs need talent and a lot of practice. You have plenty of the former, but won't get the latter if you're wasting your time on some law school for next four years."

"Everybody needs a degree, it... gives you options" Said Alex, slowly realizing the mantra his father's been giving him his whole life wasn't as universally true as he was led to believe.

"Do i look to you like i need a goddamn degree, Alex?" asked Riley with a half smile.

"Well, that's different..." Muttered Alex. "I mean, you already have a carrer here at this garage..."

"And you have carrer at Novak's, so what's the difference?" Asked Riley. "And who says you can't open your own restaurant one day?"

"You know what? You're right. I'll tell Mr. Novak i'm taking his offer." Said Alex, feeling his own resolve building up, "The worse part will be telling my father. But that's a problem for tomorrow. Today's problem is getting home before midnight. I should really be going now. Good night, Riley." With a kiss, he sighed, turned around and left. Riley looked after him for a little while before she yawned, raising her left foot to cover her mouth. She then pressed a switch on the wall to close the garage door, turned off the lights and went home through the back entrance.

***

Next morning, the sun streamed through the open garage door, casting warm golden light onto the shop floor. Riley sat on a stool next to her Pacer, her left foot deftly guiding a ratchet wrench as she tightened bolts on the new headers. Gus sat nearby, sorting through a box of assorted small parts, music playing softly from an old radio perched on a shelf.

A shadow fell across the entrance, and Riley looked up to see Marianne Harper hesitating just inside the doorway, her hands clutching a small purse. Riley wiped her brow with the back of her foot and gave a cautious smile.

“Mrs. Harper,” she said, her tone polite but tinged with surprise. “What brings you here?”

Gus glanced up, sensing the conversation will flow more naturally without him around muttered something about needing to check on the fresh batch of bearing lube and quietly retreated into the back office.

Marianne stepped further inside, her expression unsure but determined. “Good morning, Riley. I hope I’m not interrupting.”

“Not at all,” Riley replied, setting the ratchet down and turning to face her. “What can I do for you?”

Marianne hesitated, glancing around the garage as if trying to gather her thoughts. “I... wanted to apologize,” she began. “For last night. For Richard.”

Riley raised an eyebrow but stayed quiet, letting Marianne continue.

“He can be... stubborn. Condescending even,” Marianne said, choosing her words carefully. “And he doesn’t always think before he speaks. But Alex... I mean, yesterday, after you two left our house together ,he came home a while later, but happier and more self assured than I’ve seen him in a long time. And I can see that’s because of you.”

Riley felt a warmth rise in her chest at the words but kept her expression measured. “Thank you, Mrs. Harper. That means a lot to me.”

Marianne smiled faintly, stepping closer. “Please, call me Marianne. I just wanted to—well, I thought it might be nice if we could get to know each other better. Is that okay?”

“Of course,” Riley said, gesturing toward a couple of stools near the workbench.

Marianne sat gingerly on one, smoothing her skirt as she did. Riley perched on the other, crossing one leg over the other casually.

Marianne fidgeted for a moment, then looked at Riley with a mix of curiosity and hesitation. “I hope you don’t mind me asking, but... how do you manage everything? The garage, day-to-day life—everything—without...” She trailed off, glancing meaningfully at Riley’s shoulders.

Riley blinked, then let out a short laugh. “Without arms, you mean?”

Marianne flushed. “I’m sorry, that was rude. I didn’t mean—”

“It’s fine,” Riley said, cutting her off gently. “You’re not the first person to ask, and you won’t be the last. The short answer is: practice. When you don't know anything else from the day you were born, you kinda don't think about it. You just do.”

Marianne nodded, her expression thoughtful. “It must have been difficult growing up.”

Riley shrugged, smiling faintly. “It had its moments. But my dad was always in my corner. He never treated me like I couldn’t do something - just made me figure out how to do it differently. That’s why I love working here. It’s where I feel most capable.”

Marianne’s gaze softened. “That’s remarkable. Alex said you rebuilt your car’s engine yourself. Is that true?”

“Yep,” Riley said, a note of pride in her voice. “Took me a couple of weeks, but I got it running like new. Well, unless i'm tinkering with it, likew now.”

Marianne smiled, but there was still a flicker of uncertainty in her eyes. She hesitated before asking, “Do you... ever worry about how people see you? I mean, being... different?”

Riley’s smile faltered for a moment, but she quickly recovered. “I used to. A lot. Especially in school. But I realized people’s opinions don’t change what I can do. If someone can’t see past this” - she shrugged her shoulders to emphasise her point- “then that’s their problem, not mine.”

Marianne nodded slowly. “I admire that. It’s not easy to have that kind of confidence.”

“It’s not always easy,” Riley admitted. “But I’ve got people in my corner. My dad and Alex, mostly... that makes a big difference.”

Marianne looked down at her hands, twisting the strap of her purse. “For what it’s worth, I think Alex is lucky to have you. I didn’t know what to think at first—not because of you, but because I want him to be happy and... protected.”

Riley tilted her head, understanding but firm. “I get that. But Alex isn’t a kid. He doesn’t need protecting—not from me, anyway. We’re partners. We look out for each other.”

Marianne looked up, her eyes meeting Riley’s. “I can see that now. And I’m sorry if I doubted you. I really am.”

Riley gave her a small, genuine smile. “Thank you, Marianne. That means a lot.”

Marianne smiled back, her earlier tension easing. “I hope we'll get to know each other better, Riley. And maybe... we can start fresh?”

“I’d like that,” Riley said with a smile.

Marianne stood, smoothing her skirt again. “I should let you get back to work. But thank you for taking the time to talk to me.”

“Anytime,” Riley said, standing as well and offering her foot for a handshake.

This time, Marianne did not hesitate before taking it, her grip firm but kind. “Have a good day, Riley,” she said as she turned to leave.

“You too, Marianne.” Smiled Riley.

***

Later that day, Riley was underneath the lifted frame of an old Ford pickup, deftly tightening bolts with a socket wrench clamped between her toes. Gus sat nearby on a rolling stool, rubbing his knee absently while examining a part catalog.

The sound of screeching tires tore through the calm, followed by the slam of a car door. Gus looked up, brow furrowed, as heavy footsteps echoed on the concrete. Richard Harper stormed in, his face twisted in fury, his gaze locking onto Riley.

“You!” he bellowed, pointing a shaking finger. “What have you done!?”

Riley scooted out from under the truck, wiping her feet on a piece of rag, her brown eyes narrowing at his tone. “Swapped my headers and started working on this car's suspension,” she said evenly, standing tall. “Why?”

“Don’t play dumb with me,” Richard snarled, his voice booming. “You’ve been filling Alex's head with nonsense! Talking him out of college to stay a cook like some—some no-good dirty drop out.”

Gus began to rise, but Riley held up her foot to stop him. “Mr. Harper, I didn’t fill Alex’s head with anything,” she said firmly. “I supported his decision. He made it on his own. He’s eighteen. That’s his right.”

Richard’s face reddened, his jaw tightening. “Supported his decision? To throw away his future for - what? Flipping burgers?” He sneered. “You’re dragging him down, you selfish, worthless...”

“Careful,” Gus growled, his voice like a low rumble of thunder.

But Richard ignored him, taking a step closer to Riley, his hand slashing the air between them. “...worthless armless bitch, and you’ve got no damn right to...”

The crack of Gus’s cane against the floor silenced him. Gus was up, moving faster than Riley had ever seen him, his cane abandoned behind as he closed the distance in an instant. Before Richard could react, Gus’s fist connected with his jaw in a single, sharp motion, sending the younger man sprawling to the concrete floor.

Riley froze, her mouth slightly open in shock She never saw her father this angry before. He could be strict and grumpy at times, but this time, he was genuinely furious. Richard sat on the ground, dazed, rubbing his chin, his fury momentarily replaced by confusion.

“You listen to me, you self centered little prick,” Gus said, his voice low and full of steel, standing tall over Richard with his broad shoulders squared. “I don’t give a damn who you are or how much you think the world revolves around you. You don’t come storming into my shop, shouting at my daughter, and throwing slurs around like you’re God Almighty.”

Richard scowled, attempting to push himself up, but Gus pointed a warning finger at him, halting his movements. “No. You’re gonna sit there and listen, you sonofabitch.”

Gus took a step closer, towering over him. “You’re angry because Alex wants to cook? Fine. That’s between you and him. But let me tell you something. Your son’s a good kid—kind, talented, and smart as hell. He’s the kind of son any father ought to be proud to have. And if you can’t see that, then I pity you. Frankly, it’s a damn miracle he turned out the way he did, growing up with such a bitter, small-minded asshole of a father like you.”

Richard’s jaw tightened, but Gus didn’t give him a chance to speak. “As for Riley?” Gus gestured toward her without breaking his gaze. “This girl has more grit and heart than you’ll ever understand. She’s built a life with her bare feet most men with ten fingers couldn’t even begin to comprehend. And she’s done it while putting up with people like you, who can’t see past their own god damn noses.”

Gus’s voice softened slightly, though his eyes remained hard. “You’re not gonna win your son back by tearing others down, Richard. You’re just gonna push him farther away. If you care about him at all, you’ll stop and think before you lose him for good.”

Richard sat there in stunned silence, his hand still on his jaw. The garage was deathly quiet, save for the faint hum of compressor in the back.

After a long pause, Gus straightened, grabbing his cane. He winced as he shifted his weight onto it, clearly feeling the strain of his actions. “Now, get out of my shop,” he said quietly but firmly. “And don’t come back unless you’ve got an apology on your tongue.”

Richard glanced at Riley, whose expression was a mixture of defiance and quiet pride. Without a word, he scrambled to his feet, dusted himself off, and stormed out, his footsteps fading into the distance.

As soon as the sound of Richard’s car disappeared, Riley let out a low whistle. “Well, i'll be damned dad. Never saw you this worked up before.”

Gus sank back onto his stool, shaking his head. “Damn knee’s gonna make me pay for that tomorrow. But it was so worth it."

Riley crouched next to him, her grin wide despite the lingering tension. “You didn’t have to do that.”

Gus looked at her, his weathered face softening into a small smile. “The hell I didn’t. Nobody talks to you like that, kid. Not in my shop. Not ever.”

Riley’s chest swelled with emotion, and she gave him a playful nudge with her foot. “You’re gonna make me cry, old man.”

“Save it for someone else,” Gus muttered, though his smile lingered. “Now get back to work before I remember what I pay you.”

Riley laughed and got back under the truck, feeling a renewed sense of gratitude for the man who’d raised her.

***

Just as Riley had settled back under the truck and Gus resumed thumbing through his catalog, the screech of tires in the gravel driveway pulled their attention back to the open garage doors. A familiar old sedan pulled up, and Alex stepped out, his face tight with worry. He hurried inside, looking between Riley and Gus like he was bracing for the worst.

“Is everything okay?” Alex asked, his voice tinged with panic. “Dad stormed out of the house, and I just knew he’d—” He stopped abruptly, noticing the bruise forming on Gus’s knuckles and Riley casually sliding out from under the truck.

Riley tilted her head, a sly grin on her face. “Your dad stopped by. We had... a chat.”

Alex’s shoulders sagged, his face flooding with guilt. “I’m so sorry. I... God, I knew he’d do something like this. I should’ve said something, or stopped him...”

Riley held up a foot to cut him off, the movement as firm as her tone. “Alex, stop. You’re not responsible for what your father does. You don’t need to apologize for him.”

“But—” Alex started, his hands gesturing helplessly.

“She’s right,” Gus interjected, his gruff voice commanding attention. He stood up from his stool, leaning on his cane as he approached Alex. “Your dad’s got his own damn issues. That’s on him, not you. You’re a good kid, Alex. Don’t let him make you feel otherwise.”

Alex hesitated, glancing between them, then nodded, though the guilt still lingered in his eyes. “What did he even say?”

Riley shrugged nonchalantly, though her tone carried a hint of sharpness. “Oh, the usual: How I’m ‘ruining your future,’ and how I’m a ‘worthless armless bi-’”

“Riley!” Alex interrupted, his face darkening with anger and embarrassment. “He actually said that?”

“Doesn’t matter what he said,” Gus cut in, his tone resolute. “What matters is, he was wrong. And I told him so. Now, let’s change the subject before my blood pressure gets any worse.”

Riley smirked. “Fine by me.” She looked pointedly at Alex, her expression softening. “So... how’d the promotion talk go?”

Alex hesitated, clearly still upset about his father’s behavior, but Gus gave him an encouraging nod. “Go on, kid. Let’s hear it.”

Alex took a deep breath, visibly shifting gears. “It went... really well, actually. Mr. Novak said i can start training under Old Bob. Said if I do well, I could make station chef in a couple years.”

Gus whistled, impressed. “Not bad, kid. Not bad at all. And you’re gonna take it?”

Alex nodded, but his enthusiasm was tinged with uncertainty. “Yeah, I think so. I mean, it’s what I love doing, but... it’s not exactly the kind of career people get excited about. My dad sure doesn’t think much of it.”

Gus snorted, waving his hand dismissively. “Your dad doesn’t think much of anything that doesn’t fit the neat little box in his head. But let me tell you something, Alex: Life’s too damn short to spend it doing something you hate. You’re good at cooking, right?”

“Yeah,” Alex said, his voice steadying. “I think I’m pretty good.”

“Then do it,” Gus said firmly. “Find a way to make it work. You’ve got a talent for it, and you love it. Doesn’t matter if it’s not the highest-paying job in the world. A joyless, high-paying career isn’t worth much if you’re miserable every day. Trust me, I’ve seen it.”

Alex blinked, taking in Gus’s words, and a small smile began to spread across his face. “Thanks, mister Greaves. That... actually means a lot.”

Gus grunted, brushing off the sentiment with a wave of his hand. “Just don’t let anyone - including your old man - make you doubt yourself. You’ve got what it takes, kid. You’ll do fine.”

Riley grinned, leaning casually against the truck. “See? Told you.”

Alex smiled, the tension finally breaking. “I should probably go now, my shift starts in 15 minutes. I'm just glad you're okay. By the way, dinner’s on me tonight - drop by Novak's, both of you. I owe you big time.”

“Deal,” Riley said, her grin widening.

As Alex turned to leave, Gus called after him. “And hey, kid.”

Alex paused at the door, looking back.

“Next time your dad comes around acting like a fool, let me deal with him. I’ve got a good punch left in me yet.”

Alex chuckled, the weight on his shoulders lifting just a bit more. “I’ll keep that in mind. Thanks, mister Greaves. For everything.”

Gus just waved him off, his expression softening as Alex disappeared down the driveway. Riley watched him go, her heart full, then turned back to her work, knowing she had the support of the two best men in her life.

***

The cozy atmosphere of Novak’s Bar & Grill welcomed Gus and Riley as they stepped inside. It was a quaint place, filled with the scent of sizzling meats and freshly baked bread. The hum of conversation and clinking silverware mixed with soft background music, creating an inviting din. A friendly hostess seated them at a booth near the open kitchen, where Riley could already spot Alex through the pass, his focus unwavering as he worked the grill alongside Old Bob, a friendly-looking, dark skinned, obese man in his sixties.

Gus settled into the booth with a groan, leaning his cane against the table. “Been a while since i was here. We used to go a lot with your mother, bud since she passed away, i stopped going out to eat,” he reminisced as hew smiled with a hint of sadness, scanning the menu.

Riley smirked, her eyes following Alex as he plated a dish with quick precision. “Did it change here a lot since then?.”

Gus snorted, though there was a twinkle of amusement in his eye. “Honestly? Not much. Just Old Bob got a lot thicker. And older. we used to call him Big Bob back then. Word is, he used to be the rising star in the high school football team before he busted his leg. That was like a year before i started my freshman year, but among the football guys, he was a legend for years to come.”

A server arrived to take their order, and Gus went for the house special: a juicy ribeye steak with garlic mashed potatoes and grilled asparagus. Riley, after much deliberation, opted for a hearty burger topped with caramelized onions, cheddar, and a tangy house sauce.

***

The food arrived promptly, and the first bite left them both impressed. Gus nodded in approval, savoring the steak perfect medium rare, while Riley enjoyed her burger.

“Kid’s got talent,” Gus admitted between bites. “If he had anything to do with this, he’s got my stamp of approval.”

Riley chuckled, her eyes twinkling. “Guess I picked a good one, huh?”

“Not bad, not bad,” Gus said with mock seriousness. “But he has some big shoes to fill. Big Bob maybe didn't have the raw talent like Alex, but 45 years of experience more than make up for it.”

Riley laughed. She knew Alex wasn't one to back out from a challenge, especially in something hew loved doing.

As they finished their meals, Alex emerged from the kitchen, wiping his hands on a towel tucked into his apron. His face lit up when he saw them.

“Hey, glad you both came! I see you just finished,” he said, a little breathless but smiling. “So, honest opinions—how was it?”

“Best steak I’ve had in years,” Gus said immediately, gesturing with his fork. “Cooked to perfection, and the seasoning? Just right.”

Riley grinned at Alex. “That burger? Amazing. You’ve got a real knack for this.”

Alex blushed, clearly pleased but trying to play it cool. “Well, technically, Old Bob still cooked the steak and the burger. I just prepped most of it and helped with the plating.”

“Doesn’t matter,” Gus said firmly. “You’re learning from him, and it shows. Don’t downplay your part in this.”

Alex smiled, his confidence bolstered. “Thanks, mr. Greaves. That means a lot. And Riley... glad you liked it.”

Riley tilted her head, a teasing smile playing on her lips. “Liked it? I’m thinking of coming back tomorrow for seconds.”

Alex laughed, and Old Bob's deep voice called his name from the kitchen. “Duty calls,” Alex said, glancing back. “Thanks for coming, you two. I’ll catch up with you later.”

As Alex disappeared back into the kitchen, Gus leaned back in the booth, a satisfied grin on his face. “Kid’s gonna do just fine here.”

***

The buzzing of a tattoo gun filled the air as Riley sat in the chair at Ink & Iron, a small but reputable tattoo shop downtown. The walls were lined with flash art and framed photos of grinning clients showing off their fresh ink. Riley’s bare shoulders gleamed under the bright overhead light.

Alex sat next to her, holding her foot. “You sure you’re okay?” he asked, his voice filled with concern and a hint of admiration.

Riley glanced at him, her lips twitching into a smirk. “You’ve asked me that five times already. I’m fine, honey.”

“Just making sure,” he said, his expression softening. “You know I think this is awesome, right? ”

The tattoo artist, a friendly woman named Megan with brightly dyed blue hair, chuckled as she worked on the delicate sunflower design. “You two are adorable,” she said, pausing briefly to wipe away excess ink. “And for the record, Riley’s been a champ. Barely even flinched.”

“Told you I could handle it,” Riley said, her voice light but her tone carrying a note of pride. She glanced down at the design taking shape on her shoulder. The petals of the sunflower stretched gracefully across her shoulder, covering the spot where an arm would otherwise begin. “I’ve been thinking about this for months now, but it never felt like the right time. Now, though…” She trailed off, her brown eyes sparkling as she looked at Alex. “I’m ready.”

Alex leaned back, a soft smile spreading across his face. “I think it’s perfect. You’re turning what some people see as a weakness into strength. Something beautiful.”

Riley’s smirk softened into a warm smile. “I guess it took me a while to work up my courage to finally do this. And you've got a lot to do with that.”

Alex blushed, scratching the back of his neck. “All I did was remind you of how you did the same for me just a week ago.”

Megan looked up, grinning. “Okay, lovebirds, I’m almost done here. Ready for the big reveal?”

Riley took a deep breath, nodding. “Sure. Let’s see it.”

Megan swiveled the chair slightly and held up a hand mirror. Riley craned her neck, her eyes locking onto the vibrant yellow sunflowers blooming on both shoulders. They looked like they belonged there, like they’d always been a part of her.

“Wow,” she breathed, her voice tinged with awe. “It’s... perfect.”

Alex stood, stepping closer to get a better look. “It really is.”

Riley turned her gaze to him, her smile widening. “Thanks for coming with me. I don’t think I’d have done this without you.”

Alex shook his head. “My pleasure. It was the least i could do after you helped me build up the guts to say no to my dad.”

Riley laughed and grinned. “Couldn't see a great cook wasted on some lousy law school.”

“Fair,” Alex said with a grin, stepping back to let Megan clean and cover the fresh tattoos. “But seriously. Thank you. For everything.”

As they left Ink & Iron together, Riley felt more confident than ever before. Her shoulders, once a source of insecurity and stark reminder of being different, now carried a bold declaration of her resilience, her uniqueness, and her unwavering strength. And with Alex at her side, she knew she could face any challenge the life can throw at her.

#armless #no arms #dsdamputee #congenital amputee #amputee #mechanic girl #automechanic #literature

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itsgerges · 2 months ago

Text

The Gravitational Waves Reflection Analysis (Revised)

Paper 1st hypothesis

Paper 2nd hypothesis

The Sun Is Not Doing Nuclear Fusion To Produce Its Rays– Because

This Is Extraordinary: Gravity Can Create Light, All on Its Own

Paper 3rd hypothesis

Paper 4th hypothesis

Neptune motion caused to create relativistic effects in the solar system because

This Is Extraordinary: Gravity Can Create Light, All on Its Own

the new article tells the gravitational waves can move by speed of light-

Paper Main Argument

The Physicist Vision Contradicts The Nature System

The Physicist Vision

The Designer Vision

The designer aims to create integration- as the marriage – male and female- the relationship will cause to give birth for a child

INTEGRATION this is the word inside the designer Mind

And

I want to explain how the physicist causes fatal error for the research method

Example No. (1)

Notice

More examples are provided after the hypotheses explanations

PAPER FIRST HYPOTHESIS

Paper first hypothesis

The gravitational waves are produced by the planets motions energies and not by the gravitational field (Moreover the sun is not producing a gravitational field) and

The gravitational waves are reflected three times in the solar system (from Pluto and Neptune to Saturn) and (From Uranus to Jupiter) and (from Venus to Mars) –

Paper 1st hypothesis (The objective of the hypothesis)

This Is Extraordinary: Gravity Can Create Light, All on Its Own

Paper 1st hypothesis Proof (The Proving Method)

The wave energy reflection effect on the solar system design (A Summary)

The reflections cause defined changes in the planets data – and

Paper 1st hypothesis Explanation and Proof Discussion

The explanation is discussed in two parts

1ST PART

I- Preface

II- The Comparison

III- The explanation of the wave energy reflection effect on the solar system design

2nd PART

The Gravitational Waves Reflection Detailed Discussion

(Paper 1st hypothesis Explanation) 1ST PART

I- Preface

(1)

Planet Motion Energy Analysis

Planet motion produces energy (1/2 mv^2), where's Planet motion energy? the planet can NOT store its motion energy inside its body because it would raise its temperature and No planet temperature is raised by its motion- logically- the planet motion energy is stored in the space in waves form- means- Planet motion energy creates waves in the space- the planet motion in the space is similar to a fish swimming in the sea- as the fish swimming creates waves in the water the planet motion energy creates waves in the space- let's see this picture clearly- the fish swims because it hits the water by its body and that creates waves in the water- we conclude, the water waves move by a velocity equal the fish velocity because of the reaction force- similar to that- Planet moves in the space and its motion energy creates waves in the space and these waves move by velocity equal the planet velocity- for example- Mercury (47.4 km/s) moves and its motion energy creates waves in the space and these waves move by equal velocity (47.4 km/s)- based on this idea- All planets move and their motions energies create waves in the space where each wave moves by velocity equal its planet velocity

(2)

These Waves Are The Gravitational Waves (My Hypothesis)

AND

Note- The moon and the Earth revolve around the sun together for that the moon velocity is considered equal the Earth velocity relative to (the sun) –

The 1st Conclusion

The Planet Motion Energy Creates Waves In The Space

Means - The Space Must Have Moving Waves -

Now -the scientists had discovered waves in the space- And- they considered these waves are produced by The Sun Gravitational Field – BUT Why?

(3)

The Refutation Of The Sun Gravitational Field

The Sun Doesn't Produce A Gravitational Field Nor Has Massive Gravity – let's prove that in following

(i)

(ii)

(iii)

(iv)

Planet orbital distance equation (my 1st equation)

d^2= 4do (d-do) where d= planet orbital distance and do= its neighbor distance

Example (1) Venus orbital distance (108.2)^2 = 4 x 57.9 x (50.3)

d= 108.2 million km = Venus Orbital Distance

d0= 57.9 million km = Mercury Orbital Distance

50.3million km=The Distance Between Venus And Mercury Venus Depends On Mercury

Example (2) Saturn orbital distance (1433)^2= 4 x 778.6 x 655

d= 1433 million km = Saturn Orbital Distance

d0= 778.6 million km = Jupiter Orbital Distance

655million km=The Distance Between Saturn And Jupiter Saturn Depends On Jupiter

Shortly- planet mass has no any effect on this planet orbital distance definition.

Notice

(v)

The 2nd Conclusion

The Gravitational Waves Are Produced By The Planets Motions Energies And Not By The Sun Gravitational Field- Also-There's No Gravitational Field At All

(4)

The Wave Reflection Trajectory

Let's remember what we know till now

(a)

Now- this unified wave is reflected from Pluto to Venus orbit- Means- the unified wave is reflected and sent from Pluto to Neptune to the next planets till reach Venus

The unified wave is reflected three times in the solar system

(from Pluto and Neptune to Saturn) and

(from Uranus and Jupiter) and

(from Venus to Mars)

With each reflection of the wave defined changes are done for the planets data

But let's refer to the general design behind these three reflections in following

(b)

We remember this new article

This Is Extraordinary: Gravity Can Create Light, All on Its Own

The article tells, the gravitational waves can move by speed of light and can produce a light beam-

My hypothesis tells (the reflection of energy causes to square the wave velocity)

Let's put the ideas beside one another to see the general design

Means

The machine needs one reflection to change the speed from (speed of light C=30000 km/s to the value C^2 =squared speed of light) and by that the light beam is created

Now – let's ask -

How can the wave moves by speed of light?

We remember- the one unified wave (the gravitational wave) moves in Pluto orbit with velocity 205.8 km/s – how can this gravitational wave moves by speed of light?

By another reflection of energy – let's see that in following

300000 km/s = (205.8 km/s)^2 x 7.1

This equation tells

The unified wave (the gravitational wave) moves by 205.8 km/s and it's reflected, the waves reflection causes to square the velocities

(205.8 km/s)^2 = 42683 km/s

Means the gravitational wave after the reflection moves by a velocity 42683 km/s

BUT

If a particle moves by speed (=0.99 C=297000 km/s), this high velocity motion causes to create relativistic effects specially Lorentz length contraction effect with rate 7.1

Means- the distances should be contracted by the rate 7.1

BUT

The velocity 42683 km/s will be 42683 x 7.1 = 300000 km/s (Speed Of Light)

That explains how the gravitational waves move by (205.8 k/s) can move by speed of light (C=300000 km/s)

Here we see clearly that

The machine needs one energy reflection only to accelerate the wave velocity from 205.8 km/s to move by speed of light (C=300000 km/s)

And

The machine needs one more reflection only to change the wave speed from the speed of light (C=300000 km/s) to (C^2 =squared speed of light) by which the light beam is created

Shortly -the machine needs only two reflections of energy to produce the light beam from the gravitational waves motions

Now – let's ask– Why Are There Three Reflections Of Energy In The Solar System? If The Machine Needs Just Two Reflections Why The Machine Uses Three Reflections?

(c)

(5)

The Wave Acceleration Process

But where's this happened? In which planets orbits this is happened?

Shortly

The wave moves by 205.8 km/s in the orbits of Planets (Pluto – Neptune and Uranus) and

The wave velocity is accelerated to move by speed of light in Saturn orbit

Means- Starting from Saturn orbit the unified wave moves by speed of light – the wave speed is speed of light in all orbits from Saturn to Venus

And

Venus reflected the wave to Mars and that causes to accelerate the wave velocity from the speed of light (C=300000 km/s) to (C^2= squared speed of light)- in the moon orbit between Venus and Mars

(6)

Planet Definition

(A)

My definition for the planet is

Planet is a geometrical point carried on the moving energy (or Planet is a geometrical point found on a light beam) – let's explain this definition in following

The matter and space both are created from the same one energy- means

Based on this idea

Let's give another example

(B)

We should see the depth of this new definition-

The definition tells us

My Planet Diameter Equation (v1/v2)= (s/r)= I

v = Planet Velocity

r = Planet Diameter

s= Planet Rotation Periods Number In Its Orbital Period

I= Planet Orbital Inclination (example, 1.8 degrees be produced as a rate 1.8)

v2, s, r and I are belonged to one planet and v1 is belonged to another planet

The planet (v1) is defined by test the minimum error

Earth Equation uses Neptune velocity

Mars Equation uses Pluto velocity

Jupiter Equation uses the Earth moon velocity

Saturn Equation uses Mars velocity

Uranus Equation uses Neptune velocity (As Earth)

Neptune Equation uses Saturn velocity

Pluto Equation uses the Earth moon velocity (As Jupiter)

Example

Neptune Equation (89143 /49528) = 9.7/ 5.4 =1.8

89143 = Neptune rotation periods number in Neptune orbital period

49528 km = Neptune diameter

9.7 km/s = Saturn velocity

5.4 km/s = Neptune velocity

59800 days = Neptune orbital period (and Neptune rotation period =16.1 hours)

1.8 degrees = Neptune Orbital Inclination

The Equation Concept (A Summary)

(C)

The previous explanation helps us to see how the planet is created- also we remember Kepler rule (Planet Orbit Defines Its Velocity)

(D)

The planet is a geometrical point on the mother energy and moves with it –Or

The planet is a geometrical point on the same light beam and moves with it

That tells

The solar planets are geometrical points found on the same one light beam and move with this light beam motion

(E)

The planet definition answers the question

If The Gravitational Waves Are Reflected Why This Reflection Have Effects On The Planets Data?

Because the waves reflection causes to define the energy motion direction and by that the planets data is changed and effected by the moving energy through these planets-

The effects on the planets data is very useful because it proves the reflection is a fact as we discussed later

(7)

The Energy Distribution In The Solar System

Now we know

The unified wave (the gravitational wave) moves by 205.8 km/s in the orbits of Pluto, Neptune and Uranus and

The unified wave motion is accelerated to move by speed of light (C=300000 km/s) in all planets orbits Starting from Saturn to Venus

And Venus reflected the wave to Mars and by that the speed of light is squared to produce (C^2= squared speed of light) by which the light beam is created

Can The Wave Different Speeds Have Effect On The Solar System Design? YES

The three planets (Pluto, Neptune and Uranus) have great areas because the wave velocity is 205.8 km/s means massive amounts of energy is stored in these orbits as waves move by 205.8 km/s-

But

(8)

Planet Motion Definition

Let's ask

This Is Extraordinary: Gravity Can Create Light, All on Its Own

Pluto velocity is 4.7 km/s relative to what? relative to the sun

All Motions In The Solar System Are Done Relative To The Sun – let's explain why

Let's remember how the sun point is created

Shortly- the sun is the stationary point in the solar system and all motions are done relative to the sun because it's the minimum velocity in the solar system.

II- The Comparison

The gravitational waves are reflected in the solar system three times

(From Neptune to Saturn) This Is The First Reflection

(From Uranus to Jupiter) This Is The Second Reflection

(From Venus to Mars) This Is The Third Reflection

The Data Changes

The gravitational waves reflection causes basic changes in the planets data let's refer to these changes in following

What's used as (A) before the reflection will be used as (1/A) after the reflection.

What's used as (a distance) before the reflection will be used as (a period of time) after the reflection

The velocities be squared –the rate (v1/v2) before reflection will be (v1/v2)^2 after the reflection.

The energy direction is changed by the reflection

The players of the rates of time are reflected also –

Group Data No (I)

(1)

The gravitational waves are reflected from Venus to Mars – For that

Venus orbital circumference 680 mkm is Changed Into Mars orbital period 687 days

And

687 days x 2π = 4331 days (Jupiter orbital period)

687 days x 4π = 10747 days (Saturn orbital period) x 0.8

687 days x 6π x 2 = 25920 years (The Precession Cycle)

(2)

The gravitational waves are reflected from Uranus to Jupiter– For That

Jupiter orbital circumference 4900mkm is Changed Into The period4900 days

And

4900 days x 2π = 30589 days (Uranus orbital period)

4900 days x 4π = 59800 days (Neptune orbital period) (error 3%)

4900 days x 6π = 90560 days (Pluto orbital period) (error 2%)

(3)

The gravitational waves are reflected from Neptune to Saturn–

BUT

The distance 1433 mkm is still a distance And

(1410 mkm = Pluto Neptune Distance)

1433 mkm = Mars orbital circumference

1433 mkm x 2π = 9010 mkm (Saturn Orbital Circumference)

1433 mkm x 4π = 18048 mkm (Uranus Orbital Circumference)

1433 days x 8π = 37100 days (Pluto orbital Circumference) (error 2.5%)

Discussion

(1)

The data shows the following

The Gravitational Wave Reflection From Venus To Mars Defines Mars, Jupiter And Saturn Orbital Periods

(Saturn orbital period is effected by the rate 0.8 we should discuss later)

The Gravitational Wave Reflection From Uranus To Jupiter Defines Uranus, Neptune And Pluto Orbital Periods

The Gravitational Wave Reflection From Neptune To Saturn Defines Saturn, Uranus, Neptune And Pluto Orbital Circumference

This data proved my planet definition (the planets are geometrical points carried by the same one energy- or- the planets are geometrical points found on the same one light beam- and the planets move with this light beam motion- and the planets are created depending on each other and No planet is independent from the others in its creation and motion) – means- the planets are similar to whirlpools (vortex) found on the sea water page- we can imagine many whirlpools (vortex) are found on the same one sea and they are near to each other- this picture is very similar to the planets nature- that explains how the reflection of energy for one time can define the orbital periods for three planets (or 4 planets) together-

Here we imagine there are 4 whirlpools (vortex) on the sea page near to each other and then one strong wave of water passed through these 4 whirlpools (vortex), and this water wave motion causes effects on the 4 whirlpools-

This information is so important because one motion only (one wave reflection) can cause to define three or four planets data that proves strongly the planets Can NOT be independent neither in Creation Nor in motion- the planets are created and moving depends on each other because all of them are created from the same one energy and they move with this same energy motion-

NOTICE Let's imagine we have 4 whirlpools (vortex) on the sea page near to each other and one strong water wave passes through these 4 whirlpools (vortex) - now – suppose we put some red color on this strong water wave- what would happen? The water color will be red and the red water will pass through these 4 whirlpools (vortex)

We pay attention here because one reflection of energy can define the orbital periods of three planets – Means – all of them must be dependent on this reflected energy.

That tells the planets are NOT independent but they are dependent on the mother energy from which they are created and that caused they to be dependent on each other –

Now let's analyze each reflection individually

(1) The Third Reflection (The Wave Is Reflected From Venus To Mars)

224.7 days (Venus orbital period) is changed into 227.9 mkm (Mars orbital distance)

AND-

680 mkm (Venus Orbital Circumference) is changed into 687 days (Mars orbital period)- (max error 1.5%) –

As the rule tells (what's used as distance before the reflection be used as a period of time after the reflection and vice versa)

The orbital periods definition

687 days x 2π = 4331 days (Jupiter orbital period)

687 days x 4π = 10747 days (Saturn orbital period) x 0.8

687 days x 6π x 2 = 25920 years (The Precession Cycle)

We don't discuss the precession cycle here

(Saturn orbital period is effected by the rate 0.8 we should discuss later)

The data shows, the planets orbital periods are defined by the rates (2π, 4π, 6π)

It's not clear yet why the design uses these rates to define the planets orbital periods but this is the rule we will see it in the other two reflections of energy.

The important notice here tells that- the gravitational wave reflection for one time defines 3 planets orbital periods – this fact is proved strongly by the data and it disproves the wrong idea tells (Planet is created independently from the other planets)

(2) The Second Reflection (The Wave Is Reflected From Uranus To Jupiter)

Here we have a clear problem – let's see the data

Jupiter orbital circumference 4900 mkm is Changed Into The period 4900 days

And

4900 days x 2π = 30589 days (Uranus orbital period)

4900 days x 4π = 59800 days (Neptune orbital period) (error 3%)

4900 days x 6π = 90560 days (Pluto orbital period) (error 2%)

We see clearly, the data distribution is typical to the previous data of the third reflection- let's compare them

Venus orbital circumference 680 mkm is Changed Into Mars orbital period 687 days

Jupiter orbital circumference 4900mkm is Changed Into The period 4900 days

687 days x 2π = 4331 days (Jupiter orbital period)

4900 days x 2π = 30589 days (Uranus orbital period)

687 days x 4π = 10747 days (Saturn orbital period) x 0.8

4900 days x 4π = 59800 days (Neptune orbital period) (error 3%)

4900 days x 6π = 90560 days (Pluto orbital period) (error 2%)

The comparison shows clearly the data is almost typical- by that- we have to suppose- the gravitational wave is reflected from Jupiter to Uranus- It is NOT Fact–because

The gravitational wave is reflected from Uranus to Jupiter (and then to Venus) – we see clearly the problem where the data distribution is reversed the wave reflection direction-

Notice - please note clearly that – we deal with one gravitational wave only- there are NOT three gravitational wave and each wave is reflected in one reflection- it's NOT Fact – the fact is that- it's one gravitational wave reflected three times in the solar system- the comparison next data proves this fact and gives no area for any doubt-

It's one gravitational wave sent from Pluto to Neptune and reflected to Saturn then this same wave is sent from Saturn to Uranus and Uranus reflected the same wave to Jupiter and Jupiter sent the same wave to Venus and Venus reflected the same wave to Mars- One Gravitational Wave moves through all these planets

The Conclusion

The planets data is distributed in the reversed direction for the reflected energy- the energy is reflected from Uranus to Jupiter but the data is distributed from Jupiter to Uranus- there's a geometrical reason for this behavior we should discover later.

(3) The First Reflection (The Wave Is Reflected From Neptune To Saturn)

We still have another problem- let's remember this problem reason

The gravitational wave first reflection is done from Pluto to Neptune, supposing Neptune would send the energy to Uranus but Neptune didn't send the energy instead Neptune kept the energy inside its orbit and prevent it to move toward Uranus – also Uranus itself couldn't release the imprisoned energy from Neptune orbit – and that necessitated Saturn itself to create interaction with Neptune to release the imprisoned energy for that the energy is moved toward Saturn immediately by that this reflection of the wave is considered the first reflection because the energy is released from Neptune to Saturn directly – Shortly- the wave energy is sent from Pluto to Neptune and the energy is reflected from Neptune to Saturn and this is the first reflection of the energy (the gravitational wave first reflection)

Let's see the data - The distance 1433 mkm (Saturn orbital distance) is still a distance And (1410 mkm = Pluto Neptune Distance)

1433 mkm = Mars orbital circumference

1433 mkm x 2π = 9010 mkm (Saturn Orbital Circumference)

1433 mkm x 4π = 18048 mkm (Uranus Orbital Circumference)

1433 days x 8π = 37100 days (Pluto orbital Circumference) (error 2.5%)

The data follows the rule (2π, 4π, 8π) perfectly as the other two reflections but the data shows 2 problems which are

1st problem

The data distribution is in the reversed direction of the energy motion direction- because the reflection is done from Neptune to Saturn but the data shows the orbital circumferences of (Saturn, Neptune, Uranus and Pluto) are defined by this reflection which supposes the energy is reflected from Saturn to Neptune and that's NOT Fact

This behavior is typical the behavior of the second reflection from Uranus to Jupiter-

Means- this behavior is repeated in the two reflections of energy which tells that the behavior depends on a geometrical reason.

2nd problem

The distance is not changed into a period of time as the other reflections but stayed as a distance! How and why?? let's see deeply this data

If the energy is reflected from Saturn to Neptune, Saturn orbital circumference 9010 mkm should be changed into a period of time to be 9010 days and then

9010 days x 2π = 2 x 28244 days (28244 mkm = Neptune orbital circumference)

9010 days x 4π = 113223 days

9010 days x 6π = 169840 days

We see the data gives NO real values- means- this is not the direction of the data creation- Instead – the distance 1433 mkm or the circumference 9010 mkm is still distance and then

1433 mkm x 2π = 9010 mkm (Saturn Orbital Circumference)

1433 mkm x 4π = 18048 mkm (Uranus Orbital Circumference)

1433 days x 8π = 37100 days (Pluto orbital Circumference) (error 2.5%)

And

1433 mkm = Mars orbital circumference

We understand that, the data provides a distance (1433 mkm) and not a period of time then we have to ask again why this distance is not changed into a period of time?

We understand that the outer planets have 2 reflections (first reflection from Neptune to Saturn) and (the second reflection from Uranus to Jupiter)- also we understand that the solar system needs one reflection only in the outer planets and one reflection only in the inner planets and also we know the outer planets have two reflections because of Neptune negative effect on the solar system- means if Neptune is removed from the solar system the outer planets would have one reflection only – for that- the designer caused the two reflections in the outer planets to be complementary one another – the reflection from Uranus to Jupiter defines the planets orbital periods and the reflection from Neptune to Saturn defines these same planets orbital circumferences

The designer caused to make the two reflections complementary one another and by that the two reflections can be unified into one reflection and based on that the machine will work by one unified reflection in the outer planets and one single reflection in the inner planets- but how the energy motion produces the distances in place of the periods of time? this question is hard to answer because we don't see deeply how the reflection of energy can define each planet orbital period (or orbital circumference) by using the rates (2π, 4π, 6π) we just discovered the rule but more geometrical analysis is required to see how this rule works

NOTICE

In the third reflection (from Venus to Mars) – let's remember the data

Venus orbital circumference 680 mkm is Changed Into Mars orbital period 687 days

687 days x 2π = 4331 days (Jupiter orbital period)

687 days x 4π = 10747 days (Saturn orbital period) x 0.8

687 days x 6π x 2 = 25920 years (The Precession Cycle)

We have asked- why Saturn orbital period is effected by the rate (0.8)?

Let's try to answer – let's see the data 10747 /9800 = 9800/9010 where

10747 days = Saturn orbital period and 9010 mkm = Saturn orbital circumference

9800 mkm = 2 x 4900 mkm (Jupiter Orbital Circumference)

We know 4900 mkm and 4900 days is the player in the second reflection from Uranus to Jupiter- means- Saturn has effect also in the second reflection for that the second reflection has effect on Saturn data and caused its orbital period to be produced under the effect of the rate (0.8) which is the reflection rate as we will see in the next data

Group Data No (II)

(1)

3.024 mkm (Venus motion distance per solar day) x 0.8 = 2.4 mkm

2.57 mkm (Venus motion distance per solar day) = 1.0725 x 2.4 mkm

2.57 mkm x 0.8 = 2.082 mkm (Mars motion distance per solar day)

(2)

1.1318 mkm (Jupiter motion distance per solar day) x 0.8 = 2 x 1.0725 x 0.421 mkm

(3)

0.838 mkm (Saturn motion distance per solar day) x 0.8 = 2 x 1.0725 x 0.3129 mkm

Discussion

We discuss the data no. (2) and (3) at first

DATA NO. (2)

1.1318 mkm (Jupiter motion distance per solar day) x 0.8 = 2 x 1.0725 x 0.421 mkm

(0.421 mkm = Uranus motion distance in its rotation period)

DATA NO. (3)

0.838 mkm (Saturn motion distance per solar day) x 0.8 = 2 x 1.0725 x 0.3129 mkm

(0.3129 mkm = Neptune motion distance in its rotation period)

MORE DATA

0.5875 mkm (Uranus motion distance per solar day) x 0.8 = 0.46688 mkm

(0.466884 mkm = Jupiter motion distance in its rotation period) And

0.46688 mkm (Neptune motion distance per solar day) x 0.8 = 0.3736 mkm

(0.3736 mkm = Saturn motion distance in its rotation period) And

0.46688 mkm (Pluto motion distance per solar day) x 0.8 = 0.3248 mkm

(i)

The rate (0.8) is created by the waves reflection and the planets velocities are defined based on each other by this rate as discussed in the planet velocity definition- here the data shows the rate (0.8) defines each planet motion distance based on the other planet motion distance (in the same one reflection) –

let's explain that in more details

(1st reflection From Neptune to Saturn) for that

Saturn motion distance per solar day (0.838 million km) by the rate (0.8) defines Neptune motion distance in its rotation period 0.3129 million km

Also

Neptune motion distance per solar day (0.46688 million km) by the rate (0.8) defines Saturn motion distance in its rotation period 0.3736 million km

AND

(2nd reflection From Uranus to Jupiter) for that

Jupiter motion distance per solar day (1.1318 million km) by the rate (0.8) defines Uranus motion distance in its rotation period 0.421 million km

Also

Uranus motion distance per solar day (0.5875 million km) by the rate (0.8) defines Jupiter motion distance in its rotation period 0.46688 million km

AND

In the 3rd reflection we will see Mars motion distance per solar day is defined by Venus motion distance per solar day- follows the same rule

Notice

We note the data No. (2) and (3) show the data is distributed in the reversed direction for the energy motion because the energy is reflected from Neptune to Saturn and from Uranus to Jupiter- But data is distributed in the reversed direction-

In the third reflection we will see the data moves in the same direction with the energy distribution

Also

In Venus data we will see that it uses the square value (0.8)^2 and we will explain why the rate is used in square value

(ii)

Why is the rate (1.0725) found in the data? because the gravitational wave moves by speed of light (300000 km/s) in Saturn orbit and in all planets orbits till Venus orbit-

Shortly

the wave velocity was 205.8 km/s through Pluto, Neptune and Uranus orbits BUT

The wave velocity is accelerated in Saturn orbit and its velocity be = speed of light =300000 km/s, for that reason the rate (1.0725) is created because this is (Lorentz length contraction effect rate) and it can be produced only by motion with speed=(99% speed of light =297000 km/s)- shortly- the wave velocity be equal=speed of light = 300000 km/s in Saturn orbit, for that the rate (1.0725) is produced in the orbits of Saturn and Jupiter as the data shows (and also in Venus data we will see it)

(iii)

The previous data shows the planets distances are rated by the rate (0.8) for the planets players in the same wave reflection- but- this picture is not complete yet – because the planets which aren't players in the same reflection shows equal distances also but this distances equality doesn't depend on the rate (0.8) let's give examples

Jupiter motion distance in its rotation period = Neptune motion distance per solar day =0.466884 million km

And

Saturn motion distance in its rotation period 0.3736 mkm x π = Uranus motion distance per solar day 0.5875 mkm x 2

And

The Earth motion distance per solar day = Pluto motion distance in its rotation period = 2.574 million km

This distances equality must be produced also by the waves reflection but the rule is not clear yet- I want to say the effect of the rate (0.8) on the planets distances is part of greater rule explains how this distances equality is produced and the useful result of it –

Please note–I analyze this data in details in 2nd part of this 1st hypothesis explanation-

Now

Let's discuss the data No.(1)

DATA NO. (1)

3.024 mkm (Venus motion distance per solar day) x 0.8 = 2.4 mkm

2.57 mkm (The Earth motion distance per solar day) = 1.0725 x 2.4 mkm

2.57 mkm x 0.8 = 2.082 mkm (Mars motion distance per solar day)

2.57 mkm = The Earth motion distance per solar day= Pluto motion distance in its rotation period

Means

3.024 million km x (0.8)^2 x 1.0725 = 2.082 million km where

3.024 mkm =Venus motion distance per solar day

2.082 mkm =Mars motion distance per solar day

Notice

2.57 mkm = The Earth motion distance per solar day

2.57 mkm = 1.0725 x 2.4 mkm The moon motion distance per solar day

2.59 mkm = Pluto motion distance in its rotation period

The data tells Mars motion distance per solar day depends on Venus motion distance per solar day – here all distances are defined by the solar day-

In the third reflection- the wave is reflected from Venus to Mars- here also Venus motion distance per solar day (3.024 mkm) defines Mars motion distance per solar day (2.082 mkm)- but the definition depends on the squared value (0.8)^2

That shows Venus reflection follows the same rule used by the other reflections – where the sender planet motion distance per solar day defines the receiver planet motion distance

Perfectly the rule is followed BUT Why does Venus use the square value (0.8)^2??

Because of the reflections order – let's explain that

The two reflections in the outer planets are complementary each other and by that they are unified and can be considered as One Unified Reflection in the outer planets

Means- there is one unified reflection in the outer planets and one single reflection in the inner planets and these are two reflections- means – Venus reflection should be considered the second reflection that causes to square the value (0.8)- that explains why Venus uses the squared Value (0.8)^2

Notice

This is a proof for my theory that (one gravitational wave is reflected three times)- means- this wave is reflected before and effected by the rate (0.8) and this same wave is reflected again for that the rate (0.8) be in its squared value (0.8)^2

The Conclusion

The gravitational waves reflection causes the sender planet motion distance to define the receiver planet motion distance as seen in the data- the definition depends on the rate (0.8) – here we see one rule proves the receiver planet motion depends on the sender planet motion-

Group Data No (III)

(1)

5.56 = (568/102) = (59800/10747)

(2)

21.8 = (1898 /86.8) = 30589 /1407.6

(3)

(4.87/0.642) ^2 = (7.6)^2 and (7.6)^2 x 224.7 days = 2π^2 x 687 days

And

π^3 = 31 = (5.56)^2 = 4x 4.75 (but between 7.75 and 7.6 the error 2%)

Discussion

Data No. (1)

5.56 = (568/102) = (59800/10747)

568 x 10^24 kg = Saturn Mass

102 x 10^24 kg = Neptune Mass

59800 days = Neptune orbital period

10747 days = Saturn orbital period

In the first reflection the gravitational wave is reflected from Neptune to Saturn

This behavior shows second rule– for the planets in the same reflection- we see the masses rate defines the orbital periods rate and this behavior is used by the other two reflections- means- the gravitational wave reflection between two planets cause these two planets masses rate to define their orbital periods rate – let's see the rest data

Data No. (2)

21.8 = (1898 /86.8) = 30589 /1407.6 (notice1407.6π =4331 error 2%)

1898 x 10^24 kg = Jupiter Mass

86.8 x 10^24 kg = Uranus Mass

30589 days = Uranus orbital period

4331 days = Jupiter orbital period

In second reflection the gravitational wave is reflected from Uranus to Jupiter

It's the same rule and behavior, the planets masses rates defines their orbital periods

Just Jupiter orbital period 4331 is divided by (π) – no any other change in the rule proves that the rule is a fact and used with the planets of the same reflection

Data No. (3)

(4.87/0.642) ^2 = (7.6)^2 and (7.6)^2 x 224.7 days = 2π^2 x 687 days

4.87 x 10^24 kg = Venus Mass and 0.642 x 10^24 kg= Mars Mass

224.7 days = Venus orbital period and 687 days= Mars orbital period

In the third reflection the gravitational wave is reflected from Venus to Mars

Here also we see the planets use the same rule and the same behavior – the masses rate defines the orbital periods rate-But the rate is squared! Why?

Venus Mass = 7.6 Mars Mass but the data uses the squared rate (7.6)^2 –

We should pay attention for this rate because the other planets used their masses rate but NOT squared value – Why does Venus use the squared value (7.6)^2?

We have solved this question in the distances discussion when Venus used (0.8)^2 and the other planets use (0.8) only- here also is similar to that- let's remember the reason

We agreed that the two wave reflections in the outer planets are complementary one another and by that they are unified together into one unified reflection and by that the outer planets has one unified reflection and the inner planets has one single reflection and these are considered as two reflections and for that Venus reflection is considered the second one in the solar system (and the final one) for that Venus uses the squared Value – where we know the wave reflection causes to square the value

Notice - 5.56 = (568/102) = (59800/10747) = (10/1.8) =9010/1622 where 1.8 deg = Neptune orbital inclination and 10 =4 x 2.5 deg (Saturn orbital inclination) and -9010 mkm= Saturn orbital circumference and 1622 mkm = Neptune Uranus Distance

Notice π^3 = 31 = (5.56)^2 = 4x 4.75 (but between 7.75 and 7.6 the error 2%) – this data is discussed in the next point

The Conclusion The Wave Reflection Causes The Sender And Receiver Planets Masses Rate To Define Their Orbital Periods Rate.

Group Data No (IV)

(1)

12104 km (Venus diameter) /6792 km (Mars diameter) = 3.4 deg /1.9 deg = π^0.5

(2)

142984 km (Jupiter diameter)/51118 km (Uranus diameter) = 2.79 =5.56/2

(3)

378675 km (Saturn Circumference)/49528 km (Neptune diameter) = 7.6

Discussion

Notice

π^3 = 31 = (5.56)^2 = 4x 4.75 (but between 7.75 and 7.6 the error 2%)

This data shows the rates (5.56) and (7.6) are found based on the value (π^3=31) I try to prove that it's one energy (one value π^3=31) and the different rates as (5.56 and 7.6) are found depending on (this one value π^3=31) by geometrical reasons – that proves it's one energy (one wave) is reflected three times in the solar system – the value (π^3 = 31 =) is very important because all rates depend on it

The group data shows the planets diameters rates depend on the value (π^3 =31)- let's examine it in following

Data No. (1)

12104 km (Venus diameter) /6792 km (Mars diameter) = 3.4 deg /1.9 deg = π^0.5

3.4 degrees = Venus Orbital Inclination

1.9 degrees = Mars Orbital Inclination

The data shows the two planets diameters are rated with rate equal their orbital inclination and this rate equal π^0.5

Notice

177.4 degrees (Venus axial tilt) = 1.9 deg (Mars orbital inclination) x 93.4

90+ 3.4 = 93.4 deg

Data No. (2)

142984 km (Jupiter diameter)/51118 km (Uranus diameter) = 2.79 = 5.56

We remember 31 = (5.56)^2

Data No. (3)

378675 km (Saturn Circumference)/49528 km (Neptune diameter) = 7.6

Also we remember 31/4 = 7.75 (and the difference between 7.75 and 7.6 is 2%)

The data shows the diameters rates depend on the value (π^3 = 31 =) as the masses do

Means- the planets masses and diameters are created rated to one another based on this same value (π^3 = 31 =)

I try to prove that – one energy is found behind all this data- the value (π^3 = 31 =) refers to one energy and this energy is effected by different geometrical reasons and that causes this energy (π^3 = 31 =) to show different rates as (5.56) and (7.6)

Shortly – we deal with one energy reflected three times in the solar system and the planets data are defined by the effect of this energy on them

Please note- we can imagine one river of water moves through different cities and each city deals with the river based on its own data- one city has great soil and this uses the river water to plant vegetables and fruits- another city its ground has many holes and caves the river water will cause all these holes to be filled of water and that will create many moors in this city and that will not be useful for it –

We have here the same picture-

One energy moves through the solar system and reflected three times in it and this reflection causes changes for the planets data for that the different rates (5.56 and 7.6) are created from this one energy (π^3 = 31 =) by geometrical reasons have effects on it. (CONT)

Gerges Francis Tawdrous +201022532292

Physics Department- Physics & Mathematics Faculty

Peoples' Friendship university of Russia – Moscow (2010-2013)

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