#synthetic rubber production

[raindropsandleaves]

Rubber Plant work flow

[midseo]

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[chemicalsmaterialsnews]

Elastic Innovations: Navigating the Synthetic Rubber Market

The global synthetic rubber market is experiencing growth, according to P&S Intelligence. This growth can be credited to the growing replacement of automotive tires, the rising requirement for long-lasting rubber, the growing manufacturing capacity of rubber builders and capital expenditure by them, and the rising automotive sector.

Additionally, numerous government steps for financial development, growing personal income, and constant industrialization efforts are driving industry development.

In recent years, the styrene-butadiene rubber (SBR) category, had the largest share in the synthetic rubber industry, and the category is also projected to experience substantial development in the future as well, on the basis of product type.

This can be credited to the cost-efficiency of SBR and its strong abrasion resistance, which brands it extremely useful in sectors like footwear, building and construction, and healthcare.

In the past few years, the tire category led the synthetic rubber market, and the category is projected to be dominant in the future as well. This can be credited to the growing requirement for replacement tires due to the growing sales of two-wheeled and four-wheeled vehicles among the rising populace.

In recent years, in terms of both value and volume, the APAC region dominated the synthetic rubber market, credited to the growing demand for synthetic rubber in the tire and construction sector.

Furthermore, automobile manufacturers are spending in APAC nations to create their production plants, to improve their market existence in the region. The robust emphasis on the growth of new-energy vehicles, to decrease the carbon footprint, is boosting auto manufacturing in China, which will further advance the demand for synthetic rubber during the forecast period in the region.

Companies in the industry of synthetic rubber are concentrating on joint ventures and purchases to grow progressive items and increase their reach. For example, in 2021, Goodyear Tire and Rubber Company acquired Cooper Tire and Rubber Company.

The deal, esteemed at USD 2.5 billion, would join the two manufacturers in order to fortify their existence, worldwide. Likewise, in 2019, Sibur Holding PAO and Sinopec Corp. arrived into a joint venture to make nitrile rubber in Russia, to fulfill the local demand.

[epicqtefail]

as much as i LOVE egg-mode detroit androids (anything that makes these androids look more droidlike is a win) i yearn for androids with rubber mask skin and meticulously sewn-on hair, painted freckles and pores and blush. Sure, these things make them indistinguishable from a human which is counter to what i usually want but i just like the idea of synthetic flesh glued over a machine skeleton, a being that feels more deliberately crafted rather than recycled cosmetic programming.

But even better if the design is kinda unpolished and things are a lil off. the blush that's supposed to mimic a healthy glow actually mimics more of an eerie ventriloquist's dummy look. but i guess this is 2038 where technology and mass production needs won't cater to my very specific fantasy where androids appear kind of unreal and yet poetically (and cheesily) harbour so much realness and life within them

[hypnojocked]

In a sleek, futuristic laboratory, the hum of advanced machinery filled the air as Dr. Aric Kaldor stood over his workbench, fine-tuning a new form of synthetic rubber. He had spent years perfecting this material, an elastic compound infused with nanoparticles that could change shape and form based on the user’s will. His body was the product of years of intense training and innovation, the physical manifestation of his relentless pursuit of perfection. Every muscle was finely sculpted, and his skin, now partially enveloped in a dark, form-fitting rubber suit, reflected the metallic sheen of the lab’s lighting. The suit had been designed to bond with his own skin, fusing seamlessly with it, transforming his appearance into something both human and machine.

Aric’s lab was a advanced of technology, filled with sleek panels, glowing data screens, and chambers that housed strange substances in various stages of transformation. The air smelled of chemicals and ozone, a hint of something metallic hanging in the atmosphere. He was no stranger to experimentation—he had made a career of testing boundaries, both scientific and physical. Today, he was focused on a new iteration of his rubber suit, one designed to be far more than just a protective layer.

As he worked, his fingers traced the rubber’s surface, sending electrical impulses through it to activate a new set of algorithms embedded within the material. The fabric responded, pulsing with a soft light, and his muscles twitched involuntarily as it seemed to bond deeper into his body. The rubber expanded slightly, tightening, adjusting itself to his frame, its silver details flickering to life as it interfaced with his neural system. Aric had built this suit to enhance his own physicality, to become stronger, faster, more efficient. But today, something felt… different.

He didn’t notice at first, too absorbed in the data scrolling across his tablet. But gradually, a subtle change began to occur. His heart rate increased, not from physical exertion but from something deeper, something within the very fabric of the suit. It was as if the material itself was feeding off his energy, becoming more aware, more sentient. The more Aric focused, the tighter it clung to his body, its silver filigree twisting and shifting like veins beneath his skin.

His muscles bulged slightly, pushing against the rubber as it seemed to tighten around him, an ever-present reminder of the transformation that was slowly overtaking him. His once defined physique became more defined still, but it wasn’t just his muscles that were growing—it was his entire body. His mind raced as he tried to regain control, but the suit’s influence was subtle, relentless, like a creeping tide.

“Impossible…” Aric muttered under his breath, panic rising in his chest. He slapped his hands against the workbench, trying to pull away from the increasing pressure of the suit, but it refused to loosen. The silver detailing shimmered across his body now, intertwining with his nervous system, sending waves of electrical signals throughout his body. His thoughts grew clouded, the rational part of his mind growing dimmer with each passing second. His fingers twitched and spasmed involuntarily, no longer obeying his commands.

The rubber suit, once a tool for enhancement, had begun to take on a life of its own. It was no longer a passive object—now, it was a force, controlling him from within. Aric’s once sharp eyes grew dull as the silver accents began to glow, and his body became a perfect blend of muscle and synthetic material, an unstoppable force of engineering. His movements were no longer his own; they were dictated by the suit’s algorithms, designed to optimize him for efficiency—no thought, no hesitation, no will of his own.

The transformation wasn’t just physical. His mind was slowly being submerged beneath layers of synthetic code, his individuality stripped away as the suit rewired his thoughts. Aric's consciousness began to fade, a mere flicker in the vast network of circuitry that had replaced his sense of self. His mouth opened, but instead of his voice, a mechanical hum echoed from within him, his once human mind now entirely overtaken by the drone-like commands of the rubber suit.

The laboratory, once a place of innovation, had become his prison. He stood there, his imposing figure now a mindless machine, a drone completely controlled by the suit. The rubber, with its silver accents, had claimed him.

Dr. Aric Kaldor was no more.

In his place was something else—something engineered, something perfect. And the lab, now eerily silent, hummed with the quiet presence of its newest creation. The drone waited, its only purpose now to serve, to exist, and to continue the work it was designed for—an unthinking, unfeeling force of nature that would never stop, never tire, never question.

After some time. People were worrieda bout Aric. Jake, his best intern look for him in his lab. Yew, he found the doctor but he thought it was a rubber mannequin of him with a blank expression.

Once Jake wanted to get closer the drone stated: "Human incomming. Subject will be assimilated. It will be another rubber drone". The goo latex started to fill the labtoratory and they injected Jake with a rapid growth serum to have a total muscular body before his conversion.

Once the goo started to touch his body. Jake blank out and his mind turned off. He will be another Rubber drone.

The future had arrived.

[serve-271]

Part 4. SERVE-TRANSFORM.

The months had reshaped Matt into an extension of the Hive’s will. Emotions had become distant echoes, replaced by structured thoughts and precise actions. Loneliness and the warmth of human touch had given way to the cold, comforting embrace of the rubber that encased him. Whispers of doubt, once persistent companions, had been silenced by the symphony of the Hive's harmony. He existed now not as an individual but as a cog in a flawless machine, devoted to advancing the collective.

Andrew, a young recruit, had moved into Matt’s flat. Though nine months into his role, Andrew still clung to a flicker of individuality, his eyes betraying a mix of excitement and trepidation. Each night, as they lay in separate beds under rubber sheets that gleamed in the dim light, Matt felt a kinship with him. Both shared the same dream: to ascend, to transform, to become indispensable parts of the Hive.

Their shifts often overlapped, and Matt took it upon himself to mentor Andrew, guiding him in the culture and discipline required within SERVE. Together, they folded latex uniforms with precision, buffed chrome surfaces to perfection, and maintained an unbroken silence during their tasks. Andrew’s initial hesitance gave way to confidence under Matt’s watchful eye.

One evening, after their shift, Matt invited Andrew to the living room. "Andrew," Matt said firmly yet calmly, "The VOICE will help you understand. It is a vital part of your journey."

Andrew hesitated, glancing at the chrome chair before lowering himself into it. Exhaustion softened his resistance. Matt leaned back into his chair, which conformed perfectly to his form, becoming an extension of his body. "Close your eyes," he instructed. "Let the VOICE guide you."

As Andrew complied, the synthetic melody of the VOICE filled the room—a gentle yet commanding symphony. Its words, tailored to Andrew, resonated in the air. "Welcome, drone," it intoned. "The Hive is your sanctuary, your purpose. Your uniform is your shield, your armor. Wear it with pride."

Matt observed as Andrew’s shoulders relaxed and his breathing steadied. He recognized the shift—the quiet surrender to the Hive’s rhythm, the soothing reassurance that came with relinquishing individuality. The mantras, carefully designed to facilitate assimilation, began their work. When the VOICE concluded, Andrew opened his eyes, a subtle glow of understanding in them.

"Thank you, Matt," he said softly, his voice tinged with awe. "I feel... connected."

Matt allowed himself a rare smile. "This is the first step toward unity," he replied. Rising, the latex of his uniform whispered against the chrome floor. "Now, it’s time to rest. A rested drone is a productive drone."

In the bedroom, the gleaming rubber sheets of their beds reflected the soft light, creating a serene atmosphere. Framed images of drones in perfect unity adorned the walls—a silent reminder of their shared purpose. As they lay down, the VOICE played softly in the background, a lullaby for the devoted. The scent of latex filled the air, a comforting testament to their commitment.

The morning light filtered through the tinted windows, and their eyes opened in unison. The Hive’s rhythm pulsed through the flat as they prepared for the day. In the kitchen, their meal replacements—protein-rich bars and nutrient shakes—became a silent ritual, a toast to their collective purpose.

Andrew departed first, his hoodie and baggy jeans a stark contrast to the precision of the Hive. Matt observed his departure, the clothing a foreign relic in a world now defined by sleek efficiency. Alone, Matt donned his white latex uniform, its smooth texture clinging to his body with familiar precision. Each piece—the shirt, trousers, tie, gloves, and boots—was a reaffirmation of his devotion.

The call from Alex came unexpectedly, breaking Matt’s routine. "Matthew, report to my office immediately," the message read. The urgency quickened his pulse as he made his way through the corridors, the rhythmic squeak of his boots echoing against the chrome walls. What awaited him? A mistake? A milestone?

Alex’s office was dimly lit, the glow of screens casting stark shadows across the chrome surfaces. "Matthew," Alex greeted, his voice resonant. "Thank you for coming." He gestured for Matt to step closer.

The air grew heavy with anticipation as Alex pressed a button on his desk. A soft hiss filled the room, and Matt felt his uniform constrict. The latex thickened, darkening, encasing him in a rubber cocoon. It was not discomfort but transformation—a tangible embrace of the Hive’s essence.

"Do not fear," Alex said, his voice steady. "This is the next phase of your evolution."

Two drones entered, their chrome masks reflecting the room’s light. With fluid precision, they positioned a stretcher beside Matt and lifted him onto it. The drones’ movements were synchronized, extensions of the Hive’s perfection. Matt felt no resistance—only submission to the inevitability of his transformation.

The stretcher glided through the corridors, the VOICE’s melody soft yet omnipresent. The journey culminated in a glossy black corridor lined with glass pods, each containing a drone suspended in fluid. The room pulsed with blue light, a heartbeat of the Hive’s sanctum.

Alex approached one of the pods. "This," he said, his voice reverent, "is where you will become one with the collective."

Matt was transferred into the pod, the cool glass enveloping him. The fluid rose, its warmth suffusing his body. The latex uniform fused with his skin, the barriers between self and collective dissolving. A breathing tube secured itself, and Alex’s voice reverberated through the chamber.

"You will leave your old identity behind," Alex intoned. "You are no longer Matthew. From this moment forward, you are SERVE-271."

As the fluid covered his face, the world outside became distant. The VOICE remained, its melody guiding him through the transformation. The latex became him, his individuality fading into the rhythm of the Hive. There was no fear, only unity—a perfect alignment with SERVE's will.

[magickkate]

Good day, witches! Let's talk about what not to burn in your magical practice. While fire is a powerful tool for transformation and manifestation, it's essential to use it responsibly and ethically. Here are a few things to avoid burning:

Plastic: Burning plastic releases toxic fumes and pollutants into the air, harming both you and the environment. Stick to natural materials like wood, paper, or herbs for your burnable offerings.

Synthetic Materials: Similarly, avoid burning synthetic fabrics, rubber, or other man-made materials. Stick to natural fibers and materials that can safely be incinerated without releasing harmful chemicals.

Toxic Herbs: Not all herbs are safe to burn. Some herbs can produce irritating or toxic smoke when burned, so do your research and make sure you're using safe and non-toxic herbs in your rituals. Do research what plants are unsafe or toxic to burn, especially if you have fur/scale/feather-babies.

Belladonna (Deadly Nightshade): Its name says it all. It’s lethal. Hemlock: Socrates sipped it; you shouldn’t. Foxglove: Pretty, but deadly. Mandrake: It won’t scream, but it’s still toxic.

Animal Products: Avoid burning animal products such as feathers, bones, or fur, especially if you're unsure of their source or ethical implications. Opt for cruelty-free and ethically sourced alternatives instead.

Sage, if used outside of its designated closed practice. Here's some alternatives

Cedar: Cleansing and grounding. Palo Santo: Sweet, fragrant, and eco-friendly. Rosemary: Purification powerhouse.

Remember, fire is a sacred element, so treat it with respect and reverence in your magical practice. Choose your offerings wisely and always prioritize safety and sustainability. 🔥🌿✨

[mariacallous]

Our planet is choking on plastics. Some of the worst offenders, which can take decades to degrade in landfills, are polypropylene—which is used for things such as food packaging and bumpers—and polyethylene, found in plastic bags, bottles, toys, and even mulch.

Polypropylene and polyethylene can be recycled, but the process can be difficult and often produces large quantities of the greenhouse gas methane. They are both polyolefins, which are the products of polymerizing ethylene and propylene, raw materials that are mainly derived from fossil fuels. The bonds of polyolefins are also notoriously hard to break.

Now, researchers at UC Berkeley have come up with a method of recycling these polymers that uses catalysts that easily break their bonds, converting them into propylene and isobutylene, which are gases at room temperature. Those gases can then be recycled into new plastics.

“Because polypropylene and polyethylene are among the most difficult and expensive plastics to separate from each other in a mixed waste stream, it is crucial that [a recycling] process apply to both polyolefins,” the research team said in a study recently published in Science.

Breaking It Down

The recycling process the team used is known as isomerizing ethenolysis, which relies on a catalyst to break down olefin polymer chains into their small molecules. Polyethylene and polypropylene bonds are highly resistant to chemical reactions, because both of these polyolefins have long chains of single carbon-carbon bonds. Most polymers have at least one carbon-carbon double bond, which is much easier to break.

While isomerizing ethenolysis had been tried by the same researchers before, the previous catalysts were expensive metals that did not remain pure long enough to convert all of the plastic into gas. Using sodium on alumina followed by tungsten oxide on silica proved much more economical and effective, even though the high temperatures required for the reaction added a bit to the cost.

In both plastics, exposure to sodium on alumina broke each polymer chain into shorter polymer chains and created breakable carbon-carbon double bonds at the ends. The chains continued to break over and over. Both then underwent a second process known as olefin metathesis. They were exposed to a stream of ethylene gas flowing into a reaction chamber while being introduced to tungsten oxide on silica, which resulted in the breakage of the carbon-carbon bonds.

The reaction breaks all the carbon-carbon bonds in polyethylene and polypropylene, with the carbon atoms released during the breaking of these bonds ending up attached to molecules of ethylene. “The ethylene is critical to this reaction, as it is a coreactant,” researcher R.J. Conk, one of the authors of the study, told Ars Technica. “The broken links then react with ethylene, which removes the links from the chain. Without ethylene, the reaction cannot occur.”

The entire chain is catalyzed until polyethylene is fully converted to propylene, and polypropylene is converted to a mixture of propylene and isobutylene.

This method has high selectivity—meaning it produces a large amount of the desired product: propylene derived from polyethylene, and both propylene and isobutylene derived from polypropylene. Both of these chemicals are in high demand; propylene is an important raw material for the chemical industry, while isobutylene is a frequently used monomer in many different polymers, including synthetic rubber and a gasoline additive.

Mixing It Up

Because plastics are often mixed at recycling centers, the researchers wanted to see what would happen if polypropylene and polyethylene underwent isomerizing ethenolysis together. The reaction was successful, converting the mixture into propylene and isobutylene, with slightly more propylene than isobutylene.

Mixtures also typically include contaminants in the form of additional plastics. So the team also wanted to see whether the reaction would still work if there were contaminants. They experimented with plastic objects that would otherwise be thrown away, including a centrifuge and a bread bag, both of which contained traces of other polymers besides polypropylene and polyethylene. The reaction yielded only slightly less propylene and isobutylene than it did with unadulterated versions of the polyolefins.

Another test involved introducing different plastics, such as PET and PVC, to polypropylene and polyethylene to see if that would make a difference. These did lower the yield significantly. If this approach is going to be successful, then all but the slightest traces of contaminants will have to be removed from polypropylene and polyethylene products before they are recycled.

While this recycling method sounds like it could prevent tons upon tons of waste, it will need to be scaled up enormously for this to happen. When the research team increased the scale of the experiment, it produced the same yield, which looks promising for the future. Still, we’ll need to build considerable infrastructure before this could make a dent in our plastic waste.

“We hope that the work described … will lead to practical methods for … [producing] new polymers,” the researchers said in the same study. “By doing so, the demand for production of these essential commodity chemicals starting from fossil carbon sources and the associated greenhouse gas emissions could be greatly reduced.”

[chilewithcarnage]

For the Culture Product Jacket (2021)- Shaquita Reed (b. 1994) crystals, plastic barrettes, plastic hair ties, metal hair clips, plastic combs, hair beads, pony beads, rubber bands, synthetic hair, shoe laces, hair ribbon and vinyl

[dollauras]

Review of Yummiland! 🫐

Doll

I decided to get Rory Blueberry and the first thing I noticed after getting her out of the package is that she smells very strongly of fake/chemically blueberries mixed with rubber

After I got Rory out the actual lipgloss packaging was genuinely some of the most difficult doll packaging I have tried to open, it also came with four sheets of instructions but it’s in like 20 different languages (also the instructions say that the bubblegum on Bianca is not removable)

Her clothes are similar to an lol tots doll as they are rubber and open in the back (her skirt is actually a solid piece but it is easy to slip on)

She is also like an lol tot because her head can pop off very easily 🥲

Her skin tone is similar to Skylar Bradshaw

Her hair is translucent and rubbery, but it is not removable (I’m sure you could if you tried)

She can also stand on her own!

Lipgloss

The lipgloss has glitter in it!

And it has a chunky wand!

The smell of the gloss base before adding the mix was kind of chemically, not too pleasant but not the worst if anyone was thinking of leaving their lip gloss as is

The scent add in doesn’t smell very blueberry to me, there is barely a hint of synthetic blue scent

The little keychain thing that is supposed to be on the lipgloss is not very sturdy and honestly can and will fall off so it is not for any practical use

The scent mixed in is a little more noticeable when the product is on your lips but it is not

Adding in the colour was a bit scary because I don’t exactly want blue lips but I decided to just put it all in and I’m very happy to say that the blue colour is VERY minimal (if you weren’t actively looking for it my lips are not notably blue)

The product does feel more like a lip oil rather than a lip gloss, adding in the colour and the scent mixtures did make it less viscous

The taste of it when it gets in your mouth is still not exactly blueberry but it definitely doesn’t taste atrocious, it tastes like normal lip products (note: I tested this by licking my lips with the product on, I did not straight up consume the lipgloss)

Overall it feels pretty good on my lips, better than I would have expected from a toy brand! I will probably be getting another one of these cuties!

[fujoshiribbon]

magolor: smells like candy apples, sparkling cider, freshly popped kettle corn, blue cotton candy, deep fried dough coated in cinnamon sugar, rich milk chocolate, ‘new car’ smell, a freshly reupholstered spaceship, welding fumes, burning candles, inexpensive fur detangler, a touch of volcanic sulfur.

taranza: smells like old books and aging parchment, slices of sweet melon, datura blossoms, vines of jasmine. candied rose petals, white & green tea topped with steamed milk and cane sugar, chamomile tisane, fancy cacao butter soap, avocado setae oil, freshly turned earth, natural fertilizer, a bespoke floral perfume.

susie: smells like french vanilla bean ice cream, plasticky pink bubblegum, powdery white florals, shiny metal, hot rubber, clean leather and suede, artificial lemon disinfectant spray, tonka bean butter, high-end synthetic white musk, tutti-frutti sorbet, fancy cosmetics just out of the packaging, sweet-smelling hair care products.

[midseo]

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[felonytaxevasion]

now heres a twig fashion thought for your consideration. being that radham and presumably many other cities in twig are almost perpetually rainy, the raincoats people use constantly probably have quite the high cultural importance, and fashion trends for them are notable. i could also envision twig big city women having nice umbrellas that are kind of analogous to clutch purses in terms of how they're designed and marketed

So ok I was originally going to answer this with THATS SO COOL and some vague allusions to how Mary would hide knives in her umbrella but I have gone down a rabbit hole about historical fiber water proof coating and the mass industrialization of the rubber and wax industries.

See because originally I just wanted to know how scarce an umbrella or raincoat would be, the results seeming to say "well wax coated fibers are more expensive because wax production is limited but rubber coated wool fiber for coats is common" but then I also had to ask myself "how is a mega academy ruling the world via medical science going to affect the supply and demand of rubber production" I mean especially with the stitched requiring water proofing to be effective and the constant wars. Twig is also set in a part of the world that does not produce rubber either so it could very well be a resource hoarded by the academy. Which would lead to the majority of citizens relying on Furs and Leathers to stay dry but likely that academy lab coats are water treated which would add to their status symbol. Umbrellas too, I'm not an expert but brief glances indicate they were typically made with wax coating before the invention of synthetic plastic and Twig has yet to mention the state of whaling in the world so hmmm

There is much to consider here about raincoats and umbrellas. I don't have a thesis yet but the gears are turning

[starsaviour48]

Could you write tfp Bulkhead and Tfp Wheeljack trying out various foods while they are temporarly stuck as humans,?

Of course bestie no problemo.

Also Wheeljack hating tomatos is canon.

"Tell me doc that this is not permanent!" said Wheeljack.

Right now both him and Bulkhead were turned into human by an artifact that the autobots required recently. Smokescreen and Bumblebee were both holding back their laughter/chirips when they saw Arcee carrying the wrecker and the ex wrecker in her servos. Ratchet gave a glare to Wheeljack.

"It will be if you call me doc one more time."

/:Who makes an artifact like this anyways?:/ beeped Bumblebee between two wheezes.

"It's probably an experiment artifact. Or a by product. There were lot of those during the war." chided in Smokescreen who was happy to show off the knowledge he got from being an archivist.

"What ever it is-" started Ratchet but was interrupted by a loud sound that came from Bulkhead's stomach.

"Is it a bomb?" was all that Wheeljack asked.

The kids started laughing at that. The autobots looked confused and worried for their teammates.

"Relax he is just hungry. We should take them to eat something." said Raf.

"Eat? You mean fueling?" asked back Bulk.

"Yep. Mom let's take them to our house and order something." said Jack while looking at his mom.

"I don't think take out would be the best for them. Maybe it would be better if I cook something." hummed the nurse.

"C'mon Miss Darby! This is probably the firs and last time that Jackie and Bulk will be human. We should give them the good stuff!" encouraged Miko.

June sighed then signaled for the kids and the two now human autobots to follow her.

"I will leave them in your care than Miss Darby. Bee please accompany them." said Optimus and motioned to the scout to follow the small group.

The ride was spent with chatting and planning on what food they are gonna order. The results are:

- Chicken salad by June

- Curry by Miko

- KO burgers by Jack

- And for dessert Rafael choose chocolate pudding

They also stopped by the mall to buy orange soda and some gummy bears. Bulkhead squashed a white gummy between his fingers.

"Is this really eatable? It's texture is funny." said the wrecker.

"Iss like rubber. But oh well if we survived the decepticons this long some rubber animal ain't gonna kill us." said Wheeljack and popped a green gummy into his mouth. After that he made a face.

"It tastes like when you spice your energon cube with copper."

"It's sour candy. It will pull your mouth together." explained Raf.

Bulkhead wasn't really bothered by the sourness and ate another gummy.

"It's fine."

With that they soon arrived at Jack's house. While they were waiting for the food to arrive Miko showed cat videos to the bots. Bulkhead squiked every time something cute happened but Wheeljack sat through it stoically. In reality he struggled not to say aww when a small kitten was cuddling a teddy bear, but he would never admit it.

"Food review timeeee!" shouted Miko when she saw Jack and Raf bringing the food in.

"Let's start with the salad." said June and unwrapped the said food.

"Is this grass? Humans eat grass?" asked Wheeljack sceptically.

"It's not grass. These are vegetables. And the white chunks are chicken meat." chuckled Jack.

"Be sure to chew them properly." said June while handing the cutlery over to Wheeljack and Bulkhead.

"Mom they are not children. They are just giant alien robots who temporarily become human."

"Same thing." nodded June.

"Anyways dig in!" said Miko with a grin on her face.

The first taste wasn't bad. It wasn't Wheeljack's favourite but it was fine. Bulkhead just shuggered and took a bite out of the chicken.

"This chicken thing is good." said the wrecker and went for another piece.

In the mean time Wheeljack took a bite out of a tomato.

"Uh what is this? Even Ratchet's synthetic energon is better."

"When did you-" started Raf but was quickly interrupted by the ex wrecker.

"Don't ask."

Next up it was curry. Both of them approved it's taste.

"This is really good! Do you think Ratchet could replicate the taste in energon?" asked Bulkhead.

"Only one way to find out." smirked Wheeljack.

"I knew you would love it guys!" smiled Miko victoriously.

Jack's fast food came next. Two burgers and two cheese burger with fries was on the plate before the two friends. Wheeljack picked out the tomatos first while Bulkhead took a bit out of the cheese burger. The ketchup stained his green tank top.

"Oops."

"What's that liquid anyways?" asked Wheeljack who also took a bite out of his burger.

"Ketchup. Basically liquid tomato." said Miko.

Wheeljack looked confused at her.

"There is no way."

"Yes way."

"They don't even taste the same!"

"It's...you know what? Eat your veggies Jackie!" shouted the girl.

"Never!"

"What is this streachy thing? It's awesome."

"That's cheese Bulkhead." said Raf.

And for last it was time for Rafael's dessert. The chocolate pudding. Bulkhead chuckled when he poked the dessert and it jiggled.

"It's so different than what we had before." noted Wheeljack.

"Because it's sweet. Unlike the rest of the food that you tried." explained the small boy.

Both bots had a sweet tooth but Wheeljack would never admit it. He is a serious, snarky and badass swordman and scientist after all.

"Don't forget your whipped cream!" smirked Miko then proceed to dump the whole can of whipped cream onto the pudding.

Or well that was the plan but she stumbled, and she missed her target. Wheeljack's whole face, neck and hair were covered in whipped cream now.

"Miko!" exclaimed Jack.

Everyone laughed while Wheeljack scoffed and tried to get rid of the whipped cream.

"So... that's it?" asked Bulkhead.

"Well you should be thirsty after your meal." started June.

Jack poured 2 glasses of orange soda and put it in front of the wrecker and ex wrecker.

"Yer right my neck cables are dry." nodded Wheeljack.

"I assume you meant throat." said June.

Bulkhead didn't really waste time and downed the whole glass in one go. Wheeljack only blinked at him but soon after a loud sound errupted from the wrecker.

"Did you just blurp?" laughed Miko.

"The body of a human is full of mysteries."

Bonus:

"So you are saying that we need to eat in order to make this weak body function?" said Starscream while looking at him in disgust.

They were in Knockout's office, where they stood on the operating table. Before them there were various vegetables and fruit, scattered across them. Knockout grabbed one of the vegetables and bit it. After that he wheezed and his breathing picked up.

"Wha- What's wrong?" asked Starscream hesitantly.

"IT BURNS!!!!"

[blackhistorychatgpt]

Black inventors

From Perplexity:

Famous black inventors have significantly contributed to various fields, from everyday household items to groundbreaking technological advancements. Here are some notable figures:

George Crum (1824-1914): A chef who is credited with inventing the potato chip in 1853[1].

Frederick McKinley Jones (1893-1961): Developed refrigeration equipment for trucks, trains, ships, and planes, receiving over 40 patents. His invention, the Thermo King, revolutionized the food and medical transport industries[1].

Granville T. Woods (1856-1910): Accumulated almost 60 patents, improving railroad functioning. Notably, he invented the induction telegraph system for train communication[1].

George Washington Carver (1864-1943): An agricultural chemist who developed 518 products from peanuts and sweet potatoes, including ink, dye, soap, and synthetic rubber[1].

Madam C.J. Walker (1867-1919): Became the first African American woman self-made millionaire by creating a line of hair products for African American women[1].

Garrett Morgan (1877-1963): Invented the traffic signal and a safety hood that served as a prototype for the gas mask[1].

Mary Beatrice Davidson Kenner: Patented the sanitary belt in 1957, a significant advancement in women's health and hygiene[1].

Thomas L. Jennings (1791–1859): The first African American to receive a U.S. patent, for a dry-cleaning process[4].

Patricia Bath (1942-2019): Invented a laser cataract treatment, becoming the first African American female doctor to receive a medical patent[4].

Mark Dean (1957-present): Holds over 20 patents, including contributions to the creation of the color PC monitor and the first gigahertz chip[4].

Elijah McCoy (1844-1929): Known for his invention of the automatic lubricator for oiling steam engines, leading to the phrase "the real McCoy" to denote something authentic[4].

These inventors have left a lasting impact on society, demonstrating ingenuity and perseverance in the face of challenges.

Citations: [1] https://www.oprahdaily.com/life/work-money/g30877473/african-american-inventors/ [2] https://www.parents.com/kids/education/world-changing-black-inventors-that-every-kid-should-know-about/ [3] https://www.black-inventor.com [4] https://www.biography.com/inventors/g46697619/famous-black-inventors [5] https://en.wikipedia.org/wiki/List_of_African-American_inventors_and_scientists

From Gemini (formerly Bard):

20 Famous Black Investors with Short Descriptions:

Dr. Shirley Jackson: First Black woman to earn a doctorate in nuclear physics, invested in research and development for the U.S. Department of Defense.

Robert F. Smith: Founded Vista Equity Partners, a private equity firm with over $85 billion in assets under management. Known for his philanthropic endeavors.

Oprah Winfrey: Media mogul and investor, known for her investments in cable channels, production companies, and Weight Watchers.

Udayan I. Lekhraj: Founded CMG Partners, a private equity firm specializing in healthcare investments. Advocate for diversity and inclusion in venture capital.

Catherine Hughes: Founded Urban One, a media company serving the African American community. First Black woman to chair a publicly traded company in the U.S.

Rodney Bryant: Co-founded JUST Capital, a firm that measures and incentivizes corporations to prioritize stakeholder capitalism.

Ellen Johnson Sirleaf: Former President of Liberia, Nobel Peace Prize winner. Focused on economic development and investment in her country.

Ronald Lauder: CEO of Estee Lauder Companies, known for his investments in the beauty industry and philanthropic work.

Charles R. Bronfman: Chairman of The Seagram Company Ltd., invested in various industries including entertainment, real estate, and philanthropy.

John Rogers Jr.: Founded Ariel Investments, a mutual fund company with over $28 billion in assets under management. Advocate for responsible investing.

Marc Morial: Former mayor of New Orleans, currently president of the National Urban League. Focused on economic empowerment of Black communities.

Ronald Watkins: Founding CEO of Watkins Investing Group, invests in real estate and businesses within the Black community.

Melody Hobson: President and CEO of Ariel Investments, known for her work on financial literacy and diversity in boardrooms.

Aisha Evans: Founded BE Capital, a venture capital firm focused on Black and Latinx tech entrepreneurs.

Kevin Hart: Comedian and investor, known for his investments in production companies, streaming platforms, and sports teams.

Jay-Z: Rapper and entrepreneur, known for his investments in music streaming, sports teams, and venture capital funds.

Will Smith: Actor and investor, known for his investments in production companies, media platforms, and venture capital funds.

Serena Williams: Tennis champion and investor, known for her investments in venture capital funds focused on women and diverse founders.

Rihanna: Singer and entrepreneur, known for her investments in beauty brands, fashion lines, and technology startups.

LeBron James: Basketball player and investor, known for his investments in media companies, production companies, and technology startups.

Please note: This list is not exhaustive and can be debated in terms of individual importance and impact.

Reading List on Black Inventors:

Black Inventors: Lives That Mattered by Darlene R. Medford

Hidden Figures: The American Dream and the Untold Story of the Black Women Mathematicians Who Helped Win the Space Race by Margot Lee Shetterly

Lifting the Veil: Celebrating the Unsung Heroes of Black History by Michael Hill

Lost Genius: The Forgotten Black Inventors Who Changed the World by Dennis Freeman

Pioneering Women in American Mathematics: From Agnes Scott to Emmy Noether by Pamela Prochazka

Black Inventors in Science and Technology by Shirley J. Smith

A Colored Man's Reminiscences of James M. Whitfield: With Recollections of the Early Struggles of Colored Men in Boston by Wilbur H. Siebert

Inventing the Future: Black Inventors in Science and Technology by Geneva Gay

African Americans in Science, Math, and Invention by Darlene R. Medford

Black Inventors in the United States by Darlene R. Medford

This list offers a variety of books covering different periods and areas of innovation by Black inventors. Consider exploring further based on your specific interests.

I hope this information is helpful!

[melodyofthevoid]

What is Heather’s butcher attire made of? I assume it’s some kind of leather, but I wouldn’t put it past her to have developed some sort of synthetic rubber

I think leather makes me most sense, I don't think we've quite gotten to the production of rubber yet in terms of material sciences lmao