#molecular oxygen
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ROS generation occurs in several cellular compartments and as a result of the activities of specialized oxidases, such as NADPH oxidases, amine oxidases, and cell wall-bound peroxidases (Table 24.2).
"Plant Physiology and Development" int'l 6e - Taiz, L., Zeiger, E., Møller, I.M., Murphy, A.
#book quotes#plant physiology and development#nonfiction#textbook#reactive oxygen species#ros#plant cells#oxidase#nadph#amine#cell wall#peroxidase#oxygen#molecular oxygen#singlet oxygen#superoxide#anion#hydrogen peroxide#hydroxyl#radical#perhydroxyl#ozone#nitric oxide
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goes to the ocean depths to get myself some evil oxygen
#ok but 'dark oxygen' is genuinely rlly cool#bc it's molecular oxygen being produced on the ocean depths with no photosynthesis at all#and this is one of those scientific discoveries where they werent even specifically looking for the thing they discovered they just Found it
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finally landed on an apocalyptic event idea good enough to base a campaign on. thank fucking god
#a deity dies in the sky and its body collides w earth#the ensuing decomposition releases literal magic into the atmosphere via gas and fluid release#im doing a run of the Quiet Year first to build the world (yes im stealing the mcelroys idea)#the timeline is theres a year until a gas erruption from the main chamber of the body permanently changes the chemical makeup of the planet#on like a molecular level. no more oxygen essentially#or hydrogen ? i need to read up on the decomposition process and also how molecules chain together#hmmm.
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I have to check what “antioxidants” actually do cuz if they work the way I think they do then that is very very funny
#logxx#I am NOT saying that antioxidants don't work even if the mechanism is what I think it is it seems reasonable for them to have benefits#But if they actually work how I think they do it is a little funny given how they're marketed#But hmm... you have to keep antioxidants away from light... and heat... and air (molecular oxygen) or they'll stop working... hmm...
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The Science Notebooks of Satyendra Sunkavally, page 63.
#coral reef#turbulence#oxygen saturation#superoxide dismutase#indole-3-acetic acid#manganese concentration#tears#ammonia#chloroplast#oxidative damage#superoxide#free radical#hydroxyl radical#molecular collision frequency#homeotherms#temperature#regulation#flowering#leaf cropping#sugar solutions
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All our links in one place:https://sleekbio.com/aanews69Visit our Patreonhttps://www.patreon.com/DNPLServicesWe deliver stories. We also give you guides, tip...
#water molecule#polar molecule#chemistry#science education#science explainer#hydrogen bonds#h2o#molecular structure#chemistry concepts#water polarity#educational#atom#electron#oxygen atom#chemical bonding#dipole moment#partial charges#high school science#university level science#basic chemistry.
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Understanding the Role of Molecular Sieve Oxygen Generator in Gas Separation
In industrial and medical applications, the molecular sieve oxygen generator (MSOG) plays a pivotal role in separating oxygen from air using advanced adsorption techniques. These generators utilize molecular sieves, specifically designed to selectively adsorb nitrogen molecules while allowing oxygen to pass through, thus producing high-purity oxygen gas.
Molecular sieve oxygen generators operate on the principle of pressure swing adsorption (PSA), where compressed air is passed through a bed of molecular sieves. These sieves, typically made of zeolite materials, have uniform pore sizes that trap nitrogen molecules, leaving behind oxygen-enriched gas for various applications.
The MSOG process begins with the compression of ambient air, which is then directed into the PSA unit. Inside the unit, the air passes through multiple layers of molecular sieves, where nitrogen molecules are adsorbed onto the surface of the sieves due to their larger size and higher affinity compared to oxygen molecules. This selective adsorption process allows the oxygen to pass through, resulting in a higher concentration of oxygen in the outgoing stream.
The efficiency of Molecular Sieve Oxygen Generators lies in their ability to continuously regenerate the molecular sieves. This regeneration process involves depressurizing the adsorption bed, which releases the trapped nitrogen molecules and prepares the sieves for the next cycle of oxygen production. This cyclic process ensures a steady supply of high-purity oxygen gas suitable for medical treatments, industrial processes, and specialized applications like underwater welding and cutting.
Applications of Molecular Sieve Oxygen Generators
Medical Use: In healthcare settings, MSOGs provide a reliable source of medical-grade oxygen for patients requiring respiratory support, anesthesia, and emergency treatments. The high purity of oxygen produced ensures safety and efficacy in medical applications.
Industrial Processes: Industries utilize molecular sieve oxygen generators for various applications such as metal fabrication, glass manufacturing, and wastewater treatment. Oxygen-enriched air enhances combustion processes, improves efficiency in chemical reactions, and supports environmental control measures.
Aquaculture and Environmental Remediation: MSOGs contribute to aquaculture by enriching water bodies with oxygen, which is crucial for fish farming and maintaining aquatic ecosystems. They also aid in environmental remediation efforts by supporting oxidation processes that neutralize pollutants in soil and water.
Military and Aerospace: In military and aerospace applications, molecular sieve oxygen generators provide oxygen supply solutions for aircraft, submarines, and enclosed environments where conventional oxygen cylinders may not be feasible.
Emergency Response: During disasters and emergencies, MSOGs serve as essential equipment for providing oxygen to victims and responders in remote or inaccessible locations, ensuring rapid medical assistance and support.
Benefits of Molecular Sieve Oxygen Generators
Cost-Effective: Compared to traditional methods of oxygen supply, MSOGs offer lower operational costs and reduced reliance on external oxygen suppliers.
Continuous Operation: The cyclic adsorption and regeneration process allows for uninterrupted production of oxygen, meeting continuous demand without downtime.
Compact and Portable: Modern molecular sieve oxygen generators are designed to be compact and portable, making them suitable for mobile medical units, disaster response teams, and remote industrial sites.
Environmental Friendly: The production of oxygen through PSA technology is energy-efficient and environmentally friendly, minimizing carbon footprint and resource consumption.
In conclusion, molecular sieve oxygen generators represent a significant advancement in gas separation technology, offering reliable, high-purity oxygen for diverse applications ranging from medical treatments to industrial processes and environmental management. Their efficiency, reliability, and versatility make them indispensable in modern healthcare, industry, and emergency response scenarios, ensuring safe and sustainable oxygen supply solutions.
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Use Carbon Molecular Sieve For Gas Separation
Molecular sieves have been popular and widely used adsorbent material in various industrial applications and processes. Molecular sieves contain a highly porous structure, are inert in nature, have high adsorption selectivity, and can effectively separate different gases from the air according to their affinity towards the material.
The use of Carbon molecular sieve for gas separation works best due to its highly porous and well defined pore structure, where different sizes of molecules are adsorbed in the passage of molecules across the membrane. Pores that are smaller tend to allow for the passage of smaller molecules, while pores that are larger tend to allow the passage of larger molecules.
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contact us +91 9879203377,
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Website - https://www.molecularsievedesiccants.com
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Most I
Read Most here | ~3.9k words
From me: I've been watching sad Instagram reels to feel something so I wanted to just write those feelings out.
Warnings: angsty af. Like you're gonna be sad in this part. It's only some fluff and a lot of love, but it's a lot of angst. Just like an absolute ton of it. Also you're supposed to envision Harry as a firefighter so you have to deal with that at the same time.
Summary: She was his soulmate when he didn’t believe in them. He was the love of her life–the one she planned to write about. But was soulmates going to be enough?
“Hi baby,” her giggle was infectious. The kind of laugh that sounded like music and felt like sunshine. He didn’t even need to see her to know there was a smile on her face. The very same smile that had been his favorite one to see since they were young. Only recently did it turn into the one that he loved so much. Well, at least he could admit how much he loved it openly. It made his own smile appear; just knowing when he turned around, he was going to see those pretty lips, her straight teeth (although when he envisioned it, he still remembered it before she had braces; teeth just slightly crooked at the cutest angle—but he would never tell her that). The word baby was for him. She was in his heart. So completely, so wholly. He loved the way the word baby sounded in her voice. How it left her smiling lips. He had dreamed about it for ages. Since he was old enough to name that she really was his crush.
But in the end, he didn’t even have to tell her he liked the name baby. It was just the one she chose.
Like she knew that’s what he wanted.
“Hey kitten,” he chuckled, smiling over his shoulder as she approached. She wrapped her arms around his waist from behind. She nuzzled her face against his back. His shirt smelled so intoxicatingly good—like him. He was warm, perfect. He continued his conversation with Niall. Resting his hand on top of hers, settled on the front of his stomach, right above his belt. She stayed glued to him. Niall hardly paid any attention to her. Not in a mean way, of course; no, she was simply there because she was supposed to be. She was a permanent fixture—no, an extension of Harry’s body. When she wasn’t around, it was the first thing anyone asked. Where was she? Was she okay? She liked to be thought of as a package deal. Even her mom, for all her faults, always wondered where Harry was when he wasn’t there. It was like he was the oxygen in the air and when he wasn’t around it was hard for her to breathe.
She loved Harry. She was so in love with him, she thought you could take a sample of her blood and find love for him in the cells at a molecular level. Loved him beyond description. She didn’t think it was possible to love someone that much until she did. It was the stuff of dreams and romance novels. Every time he looked at her, she was overcome with the feeling like he never wanted to stop looking at her.
Harry truly was in love with her. Astronomically in love with her. He thought he would need to create a new unit of measurement just to explain how vast and deeply he loved her. But there wasn’t any justice for it. He simply loved her. Like his life depended on it. He loved her more than he could describe. More than anyone could ever really witness.
He encouraged all her dreams and ambitions throughout the years. When she wanted to be an astronaut he stayed up until three in the morning researching workout routines for them to practice in his backyard so he could help train her for a life on the space station. The week she wanted to be a baker was spent experimenting with flour and sugar. Failing miserably when they set the smoke alarm off so many times that his mum insisted that they take a break.
But it was her writing that he encouraged more than anything else.
He didn’t care what she chose to write. He read it all. Essays, articles, love stories, a grocery list turned into poetry when it came from her pen. He bought her notebooks upon notebooks for birthdays and Christmases. When she was feeling upset, he never brought her flowers; a new pen and notebook, that was all she needed.
People who didn’t know them well, said they were crazy. Falling in love at a young age like that. It wasn’t a good idea. Harry was going to leave for college a year before her and it seemed doomed before it started. But to her it didn’t matter. Because each of those notebooks that Harry never opened without her permission, never strayed from the page she let him read, all were inscribed on the inside front cover with a heart she had drawn and written their two names inside. Like she was going to write their very future into existence.
Yes, Harry loved her, but it was more than that. There wasn’t anyone sweeter. No one was prettier—inside or out. Her kindness was so touching he couldn’t believe someone like her was in love with him some days. It seemed unfair. If there was a perfect person, it was Harry. She was sure.
Harry didn’t believe in soulmates. But whatever she was and how she fit into his life, he was certain it was as close to a soulmate as he would ever get.
So finally, when Harry was finally exhausted from waiting, the day before his last year of school started—before he would be going off and applying to universities, he needed her to know. “You know I’m in love with you, right?” He asked, point-blank.
She smiled.
That gorgeous, perfect smile that melted him right to his core.
“Yes,” she whispered, and she opened one of the notebooks that were stacked beside her bed, all the ones from over the years that she had hidden exactly what she wanted on the inside front cover. “I know.”
Harry saw the hearts, their names.
She was his soulmate. Whether he liked it or not.
So, when they held hands in the school hallways, went to astronomy class together, and sat so close to one another at lunch and in study hall, no one really paid any mind to them. It seemed like most everyone already thought they were a couple, so their adorableness didn’t change how anyone perceived one another. No one noticed how in love Harry was with her because it seemed like nothing had changed at all.
No one cared that she loved Harry with every piece of her heart. Every part of her mind and soul because it seemed like she always had.
Well.
Almost everyone.
*
Their love wasn’t without fault. Harry worried about the future, if she would grow tired of him because he wanted nothing more than to live in this town of theirs, the place where he met the love of his life and take care of it in thanks for bringing her to him.
“I can write from anywhere, Harry,” she reminded him. “Actually, I would go nowhere to be with you,” she smiled. It was corny. A poem she would probably jot down later before she fell asleep.
“Y’would go nowhere,” he repeated. That dimpled smile of his made her heartbeat twice as fast. His hands slid around her waist. It nearly made her shiver even though it wasn’t the first time he touched her, and it wouldn’t be the last.
She nodded; her hands linked behind his neck. His forehead pressed to hers and he brushed the tip of his nose against hers. His mouth felt like a magnet, and he was going to draw her in whether she wanted to be drawn in or not (but she did—oh, did she want). “Nowhere with you seems like heaven.”
“When y’write your first poetry book, are y’gonna dedicate it to me?”
She nodded. “Absolutely.”
“Yeah? Y’really gonna dedicate it t’nobody?”
“You’re not a nobody,” she rolled her eyes.
“M’not going anywhere. M’jus’ a nobody from nowhere.”
“Harry,” she giggled. “You’re not a nobody... this isn’t nowhere. You’re... everywhere. And you’ll always be my somebody,” she promised.
Her lips were touching his. Not quite kissing, but as she nodded, they brushed in a half-kiss that she didn’t have enough words to adequately describe the feeling and how it would put any full kiss written by any other author to shame. “Think I want t’have your body all t’myself,” he pulled her closer, somehow. His body was so warm and when he smiled, his mouth curved upwards made her lips follow his. She couldn’t take it a moment longer. She sank into the kiss, feeling like the oxygen was almost too pure for her. Leaving her breathless but wanting more of it all the same.
He was her first kiss, her first poem, her first love, and her first everything. There wasn’t an inch of skin that hadn’t been touched by him. So really, the poems, the stories, the writing came naturally. Harry was her muse. There was nothing else to do but write.
*
But her own insecurities in her writing abilities and her appearance made her nervous that she would hold Harry back.
Harry wanted to be a firefighter for their sweet little town; and she wasn’t oblivious, he had the body for it. She joked with him that he was going to sell thousands of dollars’ worth of calendars when the time came. “Are y’going t’be the one buying thousands of dollars’ worth of calendars?” He chuckled.
“Obviously,” she rolled her eyes. He kissed every inch of her face until she giggled more and more.
“Kitten?” he whispered.
“Yes?”
“M’gonna buy thousands of dollars’ worth of y’books.”
“With my calendar money?”
He tickled her until she squealed.
Harry was beautiful. More beautiful than she felt on most days, and it pained her sometimes to look in the mirror. But it always seemed like Harry knew when those days hit her hardest. “Do y’know you are the most beautiful person I know?” He whispered to her, as if it were a secret. But he would have shouted it from the rooftops. He showed all their friends the pictures he had taken of her and put them in their group chat and reminded them to tell her how pretty she looked. It made her giggle and shy from the attention. He would brush his fingers along her cheek, “So, so pretty,” he reminded her. “Should be illegal t’look at you for this long. Hogging all your beauty t’myself.”
But they always reassured one another that this was it. She was his soulmate—even when he didn’t believe in them. He was the love of her life—the one she planned to write about until she couldn’t physically write anymore.
It helped that people like Eleanor, Louis, Niall, Sarah, and Mitch, all assured her too that no one loved anyone as much as Harry loved her. Everyone loved them together. It wasn’t close to the amount they loved each other, but it was a good amount—one that suggested everyone knew they were meant for each other.
Almost everyone.
*
Lauren was the same year as she was. She was popular, smart, insanely beautiful. In another dimension, she was sure Harry was meant to be with Lauren. But they were a good pair. Lauren was kind and almost always worked with her on school projects. Arguably one of her closest friends outside her main group of friends she shared with Harry.
When they were out and about, Harry watched out for the girls in the group nearly as much as he watched out for the girl that made his heart stutter. He kept spare hair ties around his wrist for when drinking at parties got to be too much and he worried their hair would fall into the toilet. “Harry, can you come get Lo and I?” She asked once Harry picked up at the other end. It was Harry’s least favorite kind of call. The kind he knew Lauren had dragged her to a party that was too much. It made his heartbeat faster, worried beyond belief until he saw that sweet smile holding her friend’s hair back as she threw up in the bushes. “Can you help me get her into bed?” Of course he would. He would do anything she asked.
Harry noticed the way Lauren’s grip tightened around his neck as he held her and carefully placed her into bed. Out of the kindness of his heart, he ignored it. For Lauren’s sake, for his sake, and of course the sake of the pretty girl whose concern for her friend grew as she gathered items needed to cure a hangover.
*
Lauren was in love with Harry. Had been for years. But it couldn’t even come close to her and her love for Harry. Not in any way, shape, or form. Lauren adored her friend, because how could she not? She was too sweet for words. But there was a part of her, a gnawing, growing part of her that wanted her friend out of the picture. She told herself all she needed was a chance, but it didn’t seem doable. They were inseparable. There was no way she could tear them apart. It was impossible.
Or was it?
*
“Harry?” Lauren asked. She was smiling at her phone again. The way she always did when Harry texted her. During the week, it was a little hard to see one another—even though Harry was commuting to the local university just a half hour drive away and they were still in town. So, Fridays, Saturdays, and Sundays were meant for dates and kisses and being so obsessed with one another, it would probably make anyone want to throw up.
Especially if they were jealous.
“Yeah, he’s out early. Wanted to know if we needed anything for our study session.”
Lauren felt a crack in her plan. They were really too sweet. Both of them.
“Do you ever… worry about Harry?” Lauren asked.
She frowned. “Yeah, like every day.”
“No,” Lauren felt a stab of hatred for herself as she pressed. Of course, her friend would say something sickeningly kind like that. Of course, she worried about Harry. “No like… him at university.”
“What do you mean?” She asked innocently. The innocence in her voice was sincere. Genuinely asking her friend what she meant. Worry coated her face. Was there something she missed? Should she have been worrying about Harry more?
“Uh… just… forget it,” Lauren shook her head. “It’s stupid.”
That was going to be the end of it. If it was, maybe Harry would have fared better. Maybe it wouldn’t have led to this horrible moment. Left wondering and aching and wishing.
But she was nothing if not the best and most fantastic friend of all.
“Lo, are you sure? You seem… nervous.”
So, she continued. Planted the tiny seed of doubt. “It’s just… Harry’s been with you his whole life and he’s made it well known he won’t be leaving. So, do you ever feel like you should… let him be free to experience more? I don’t know… I just… I think I would worry if it were me.”
That was all it took.
The self-doubt was so easy. It made so much sense coming from her mouth. Harry did deserve more. She thought that on a regular normal day.
Staying close to home wasn’t going to make Harry’s life any richer. He wasn’t staying in a dorm. He wasn’t going to be studying abroad or anything like that. A degree in psychology to help as much as he humanly could. Training to be a firefighter the moment he finished his degree. He would love his life and living here.
But what if he deserved more?
*
Harry’s house was like her second home. She rarely knocked—only if she was unsure if anyone was home. If the car was in the driveway, she made her way in.
Except today. Because today, Anne’s porch didn’t feel like home. The steps that made her trip and fall on Halloween when Harry tended to her like he planned on being a doctor. It solidified the picture that he would be a fireman, an amazing one at that. But he would have been great at anything he set his mind to. The flower garden where she and Harry found a bird’s nest after a bad storm. The study sessions and poems that she scribbled on the porch where Anne would bring them lemonade and cookies.
It was one of her favorite places on earth.
But it wasn’t today.
She knocked.
Harry pulled the door out of the way. “Hey baby,” he pecked her cheek, oblivious to everything she felt and how she sounded. He was in his own happy world. Nothing was wrong. He wasn’t told that she was less when Harry needed more. He didn’t notice she knocked. That she hadn’t toed over the threshold. “How was school and work? Are y’tired?”
“Harry,” she whispered.
“I was thinking we could order in and watch a movie.”
It’s not fair.
“Harry,” she repeated.
“I think pizza—oh we had pizza two days ago. Maybe Chinese?”
It’s. Not. Fair.
“Harry.”
Finally, he noticed she hadn’t moved much beyond the doorway while he was rushing about. He turned to her finally. Noting her crestfallen face, the way her eyes were bloodshot, and she refused to look him in the eye.
“Hey, kitten,” he frowned and moved toward her. “S’matter, love?” He asked. “Did y’have a bad day? See a sad video?”
It pained her to no end that he knew her so well that a sad video could have been the culprit for her sadness on a normal day. But this wasn’t a normal day. This was the day she was going to break her own heart.
“I uh…” she swiped at her eye.
“Kitten, baby,” he cooed and reached for her arm gently, but she pulled away. “Hey, what—”
“I think I’m gonna…” her throat hurt. Like the words were burning her esophagus like they weren’t supposed to come out. “I want to go away,” she whispered. That was at least in part true. She did want to go away. Far, far away so she wouldn’t feel the hurt like she was in that moment. “For school.”
There was a pang of frustration that went through him. Not because he was mad at her. No, he was going to miss her, that was it. But her success, her happiness, all of it was more important than a few hundred miles. Or even thousands. Harry sighed, wiped a hand over his face, and nodded. It would be hard. Long distance would be really hard. “Alright, yeah. Course, baby. Whatever’s best for y’education.”
She shook her head trying to talk herself out of saying it. Or maybe into saying it. It seemed so wrong. So awful. It wasn’t worth it. All this hurt. She hadn’t even started really. She could stop right then. But she looked at him. Looked at his kind, worried face. The way he looked at her when she had a stomachache or a headache. When she smacked her head on the corner of a table she was cleaning under or when she fell off her bike when she was young. “It’s… it’s really far away, Harry,” she reminded him. Maybe she wouldn’t have to say it. Wouldn’t have to do the hard part. He would just know, he would agree.
“Yeah… yeah, it is. But s’okay,” it sounded like he was trying to convince himself. Just a minor hiccup. “I’ll come t’you every weekend. And there will be holidays. M’sure your mum will want y’home and—”
His poor heart. He’s got no idea I’m about to ruin everything.
“Harry,” she swallowed. “It’s… it’s too far,” it wasn’t even a whisper.
Harry frowning was her least favorite thing. It made it all so much harder. “Too far for what, kitten?” He asked almost rhetorically.
Her inhale of breath was shaky. Like it was hurting her to breathe. Everything hurt. Every inch of her body. Like she had been hit by a car or had fallen from a tree. It wasn’t fair. Harry was oxygen. He always had been for as long as she had known him. Now it was hurting her to be in the same room as him. “For us,” she croaked.
It felt like the whole world had shifted. Flipped on its axis. He remembered hearing about it in their astronomy class. She was sitting right beside him. He wanted to ask her if she remembered because it wasn’t supposed to be like that. It was supposed to happen gradually, in hundreds of thousands of years. No one was supposed to notice. But Harry did. He noticed immediately.
He scoffed and looked at her like she was insane. Like it was a mean joke. She wasn’t mean so where had this come from? The tears were a nice touch. Realistic even. It felt terrible to look at her in such a way, but surely it was only the natural reaction when someone he loved just caused the magnetic field to flip the entire globe. “Baby, what are y’saying?” He asked. It didn’t really make sense and so his only option was to question her. She covered her mouth releasing a sob that he hadn’t ever heard come from her mouth. Not when her childhood dog died. Not when her mom got in a scary car accident and started losing her mind just enough to make her anxious and worried. Not when she got a terrible grade on her math test or hurt her ankle in soccer. There wasn’t a moment he could compare it to. There was no grief she had ever felt that elicited such a sound. Harry reached for her again, instinctively, his hand touching her upper arm. She flinched. Like it stung.
Like it hurt.
In hindsight, it was the last time he touched her, and she flinched away.
“Baby,” his throat felt tight. Nothing in his brain was connecting—the pattern wasn’t something he had encountered before. She didn’t flinch at his touch. The words didn’t make sense. Not from her mouth. What did any of that mean? “Kitten…”
“I’m sorry Harry. It’s too much. We’re too young and…” she took a heaving breath. One that shook her whole body. The only thing Harry could think about was holding her. It didn’t matter that his heart was splintering into pieces. She was in pain, and he wanted to cure it and he wanted to hold her to do it. “I’m sorry, Harry. I’m so sorry,” she left the doorway without another word. Not a single touch, nor kiss. When was the last time he kissed her? Oh, he was so lucky his class finished early, and it was the night before. A goodnight kiss when everything was happy and wonderful. He had an early day. So, he told her he loved her and went to bed. It seemed like a lifetime ago. Like the world had tipped and opened a blackhole to this terrible dimension.
“Harry?” Anne asked, coming from the kitchen. He was staring at the door. Where the love of his life had previously stood. Harry was only 19, but he was never surer of how she fit in his life. “Are you alright?”
“No, not at all,” he croaked, and the tears flooded his vision and down his face. There was nothing else to be said.
--
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One of the things they don’t tell you is that you’ll take a grad-level engineering thermodynamics course and it will permanently alter the way you experience reality.
So in undergrad, we learn that everything is just shunting the Big Bang around. I’m not even just talking about the obvious stuff, like sunlight -> grain -> people, but like. Here:
Big Bang -> ancient star -> supernova -> molecular cloud -> our solar system -> water, carbon, sunlight -> Carboniferous-era swamp plants -> methane -> liquid hydrogen, kerosene, liquid oxygen -> humans walk on the moon.
But then later you learn that you can take any process of energy flow and represent it as a bond graph, where each node represents a handful of differential equations:
This is a steam generator, and the bond graph of energy flowing through it. It looks complicated but a one-semester course will teach you how to read it and solve it.
Then you realize that you can stick the bond graphs for a nuclear reactor core on the “heater” input and a turbine generator on the “environment” output and turn it into one bigger graph.
Then you realize you can just keep doing that forever until you get to the Big Bang on one end and this tumblr post on the other.
And if you really really wanted to, you could put all those equations into one gigantic matrix and solve the whole thing. It would be gnarly, but it’s. It’s everything. This is everything.
I need to lie down.
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Figure 5.55 shows the energy level diagram for CO.
"Chemistry" 2e - Blackman, A., Bottle, S., Schmid, S., Mocerino, M., Wille, U.
#book quotes#chemistry#nonfiction#textbook#carbon monoxide#carbon#oxygen#molecular orbital diagram#orbitals#electrons
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2024 November 4
M42: The Great Nebula in Orion Credit & Copyright: Fényes Lóránd
Explanation: The Great Nebula in Orion, an immense, nearby starbirth region, is probably the most famous of all astronomical nebulas. Here, glowing gas surrounds hot young stars at the edge of an immense interstellar molecular cloud only 1500 light-years away. In the featured deep image in assigned colors highlighted by emission in oxygen and hydrogen, wisps and sheets of dust and gas are particularly evident. The Great Nebula in Orion can be found with the unaided eye near the easily identifiable belt of three stars in the popular constellation Orion. In addition to housing a bright open cluster of stars known as the Trapezium, the Orion Nebula contains many stellar nurseries. These nurseries contain much hydrogen gas, hot young stars, proplyds, and stellar jets spewing material at high speeds. Also known as M42, the Orion Nebula spans about 40 light years and is located in the same spiral arm of our Galaxy as the Sun.
∞ Source: apod.nasa.gov/apod/ap241104.html
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The Evermore Grimoire: Molecular Powers
Hematokinesis is the power to manipulate blood. This includes being able to create, shape and manipulate the essential body fluid in humans and animals. Those that wield this power are able shape their blood into tendrils to strike enemies from afar or use it to trap opponents in a prison of blood. They can also concentrate blood into a single point, and shoot it out akin to bullets, or sharpen their blood to the point that they can slice and tear flesh with ease or solidify blood to use as rock-hard ammunition. Another use of this power is controlling the blood within the body of oneself, increasing physical abilities by speeding up the transport of nutrients and oxygen via blood to all parts of their body, thus improving their energy and power. They can also use this to speed up healing by immediately clotting their blood, preventing blood loss and speeding up the recovery process, gaining a form of manual healing. Blood manipulators can also gain a form of cold immunity by increasing body temperature through blood-flow. Over time this power can grow to the point where they will be able to manipulate blood from anywhere such as the bodies of other living creatures, allowing them to control them like puppets, induce nosebleeds, headaches, or even cause blood-related diseases. They could even instantly kill others by making their blood explode from the inside out or forcibly causing their heart to stop or knocking them unconscious by restricting blood-flow to the brain.
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theoretical entroponetics: the post
okay. LONG post incoming. i have summarized all available information on the pale, separated into confirmed objective truth & in-canon speculation that may or may not be true, and then appended my own very detailed theory on the pale! this post is meant as a resource; please feel free to add things of your own in replies/reblogs (please tag me if you do!) or point out any errors i may have made. you’re welcome to use any of my personal theory in your own work but please credit me if you do!! (and tag me in that/send it to me, i really want to see what you do with it!)
Here’s what we *know* about the pale, according to in-game and concept art:
It erases data, at least the kind stored on radiocomputer filament and magnetic tapes.
It has no dimensions of its own- pale latitude compressors serve to force dimensions on raw pale and allow navigation.
The pale is referred to in the context of entropy
It arrived with mankind, but not immediately- there are 8000 years of written history, but the pale was first recorded 6000 years ago, implying that pale either didn’t start forming immediately or that it was so insignificant/distant that it went unnoticed for 2000 years.
There exists a group of people who are actively trying to expedite entroponetic collapse; the ideology is called entropolism
To this point, pale isn’t immediately visible. Pale has molecular structure, but manifests as a waveform, and only becomes visible at a certain distance from the origin, once wave frequency is sufficiently high.
During pale exposure, people experience “sense objects”: visual or auditory hallucinations and/or vivid physical recollections of memories. These hallucinations may originate from their own consciousness or someone else’s. c
People require physical and mental examinations before interisolary travel and are allotted a certain number of days per year as their pale exposure threshold.
Overexposure results in a pale “addiction”- these individuals crave pale exposure, and it’s unclear if this addiction can ever be broken. It’s also unclear whether there is a point at which pale exposure becomes lethal, but given that it dissolves matter, we can be fairly certain that a given length of continuous exposure will kill.
Radio signals, cold plasma torches and anodic sound are all used to manage the pale to permit travel through it. Plasma torches destabilize the molecular structure of the pale to create gaps, anodic sound widens and maintains these gaps, and radio signals rationalize the pale into recognizable dimensions.
Radio signals are, in return, susceptible to corruption by the pale, resulting in entroponetic crosstalk, where signals from the past or the future are transmitted to the present. CCP is one such phenomenon and is directly related to the formation of new pale through magpie interpretation.
There is a dedicated Union for people who work in and with the pale (the Pale Workers Union). They have two slogans; “The light purifies; The sound absolves; The pale no more” and “Son et Fureur” (sound and fury)
Here’s what we may choose to believe about the pale, based on the thoughts and beliefs of in-game characters:
In conversation with Soona, the pale is described as a “curdling milk” phenomenon: “repulsive, but natural”
In this same conversation you can theorize that the churches were meant to contain the pale origins; out of the seven churches, six were destroyed during the suzerain or the revolution
The phasmid and whatever other lifeforms it’s communicated with believe that entroponetic collapse is comparable to an oxygen holocaust (i.e. the great oxygenation event), implying mass extinction due to a toxic overabundance of sapient thought
Harry refers to it once by saying “The wolf is at the door. It’s going to eat the sun.” so take that as you will
It’s likely that Tiago’s “Mother” is some manifestation from the pale, if you choose to believe that the 2mm hole is in fact a pale origin point (the concept art does confirm it’s a pale origin, but the game offers other explanations, so I won’t say it’s the only answer)
Inframaterialists believe that revolutionary action (NOT thought) may create a counter-force that will prevent the spread of pale; it’s unclear if any reversal is possible.
The world will be fully consumed by the pale in 27 years (I put it here because you may or may not believe that shivers and harry are reliably sourcing this information)
And now my personal speculation about the pale:
A quick and easy point: it’s confirmed that the pale has a measurable EMF “exhalation” frequency that varies with proximity. Strong enough EMF pulses can actually tamper with magnetic storage- radiocomputer filaments! Electronics! Fortress Accident data loss! This gives us a tangible explanation for why pale can delete data :)
This may also explain its ability to cause radio interference- radio frequencies are just a subset of EMF frequencies, so it’s possible that pale exhalation on *just the right frequency* is what’s responsible for the entroponetic crosstalk we get on radios sometimes
The pale canonically has an atomic structure, but it also has wave properties, so it’s possible that the pale has wave-particle duality on its subatomic level, like photons do
Based on this, entroponetics is likely a very similar field to quantum mechanics, which might be an interesting source of ideas for anyone (like me) who wants to explore pale-related possibilities
The pale could be a manifestation of raw patterns. That’s why math “forces dimensions” on it- it rationalizes or “tames” the patterns, which allows it to be manipulated to a certain degree.
There are several references to the pale that refer to mathematical concepts and patterns, saying that the world dissolves into “a tangle of azimuths and cosines” as it blends into the interisolary pale- more on this later
Steban comments that the pale is commonly theorized to be nostalgia or “historical inertia”, but it’s largely agreed that it’s “the past” in a broad sense. Thinking about the idiom that history repeats itself, it could be that history/the past is part of the pattern that comprises the pale, and that it’s also the type of pattern most readily perceived by people (people don’t viscerally *perceive* math, for example, but we experience memories)
To first define entropy: Chemically speaking, “the measure of a system’s thermal energy per unit temperature that is unavailable for doing useful work. (per encyclopedia britannica).” Physically speaking, it’s a measure of randomness or disorder in a system. Less work/less order = more entropy; it’s a physicochemical “winding down” of a given system
It’s commonly thought that pale is the entropic force, but what if it’s the opposite? (Keep in mind the chemical definition: less ability to do work = more entropy) Consider: the pale as less entropic, a cleanup force, recycling the potential lost by death and destruction in the universe. This in part explains why a dead person’s memory is present in the pale- their potential has been recycled into the pale in the form of their memories (their life’s *pattern*)
Enthalpy is a related concept to entropy and is defined as the total energy contained within a system. Holding the system enthalpy constant- saying the universe will always have the same amount of total energy, no matter what, according to thermodynamics- results in an entropic tug-of-war between the pale and the world. The pale wins through sheer inertia (again, inertia is mentioned specifically in game)
Overall: think of the world as “cooling”, losing heat and energy through war and death and complacency. Think of the pale as steam and heat, melting down old materials to start it all over again. (Kim says, *through entroponetic interference*: “it’s been a long, cold winter.”)
Consider: the pale as a sinusoidal function, eternally repeating. The pale recycling the universe to start a new cycle, “spending” itself, resulting in pale not being present in the beginning. Then, as the new things begin to settle- with the advent of the human mind, specifically- the pale reforming, slowly reclaiming potential, eventually ending the cycle to start again.
In comes CCP and magpies. Consider: CCP as a backwards transmission from the next “cycle” (after all, pale has no sense of time). Magpies as *pattern-sensitive* people who are able to decode CCP into something useful called novelty. They reach into the potential of the next cycle to build the potential in their current one- this paradox could be what creates more pale, because (and this is where it gets weird, I apologize) doing this retroactively increases the total amount of energy/work/potential in the current cycle to have been reclaimed by the pale for the next one.
Think of the pale as the compost bin for every single thought in the universe. The pale is the exact right size to compost every little atom and thought in the universe, and can hold nothing extra. But magpies reach into the future, the next cycle, and bring in extra. This paradox forces the pale to grow to accommodate the additional material, which also increases the starting potential of the next cycle. This process allows each cycle to accumulate minor changes from the previous one, which can snowball over many cycles.
Furthermore, to the inframaterialists’ point: revolutionary action would be such a radical shift in inertia that it would increase the potential in the world, forcing the pale to pause/shrink to “balance the equation” in terms of pale-vs-world thermodynamics. So maybe they’re right after all :)
And some diagramming, to explain the utter bullshit I’ve just dropped:
#disco elysium#entroponetics#the pale#disco elysium pale#the pale disco elysium#sorry idk the tags for this#theoretical entroponetics#this is all based on legitimate quantum physics and stuff so you could definitely go crazy with these concepts#if anything doesn't make sense please tell me!! i don't know how well i explained it#i'll be happy to rework things if i need to#anyway yeah so im deeply in love with the pale. im basically a real life entroponeticist now#also i didnt include in-game screenshot proof for brevitys sake#but feel free to add them or ask me for some and i can put it up! here or in asks#kiwipost#gen meta
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So your Euclidean blood is silver (I'm personally of the opinion we don't know what Bill's blood actually looks like, only how it appears in the gravity falls earth reality)
Has Bill ever seen quicksilver? Mercury? Is his blood MADE of or contain a lot of mercury? Im wondering if he was suprised to see it on earth
I go by the assumption that how it appears on Gravity Falls's Earth is how it appears in general. I personally headcanon that the electric/TV static effect it has going on is particular to Bill and his powers; other members of his species would have more plain-looking silver blood.
Yeah, he's seen mercury; I assume it wasn't surprising to him, it's a whole-ass periodic element. Chemistry probably isn't the same in EVERY dimension, but it's probably pretty similar in a lot of dimensions—otherwise Ford wouldn't have been able to explore so many dimensions without, like, his molecules falling apart. Earth wasn't the first time Bill saw mercury (or silvery liquids in general).
Human blood is red because hemoglobin is red; hemoglobin is red because of its high iron content, because that helps carry oxygen. To determine why Euclideans' blood is silver, we'd need to determine what, on a molecular level, is being moved around by their blood that would result in a chemical composition that causes their blood to look silver. That would involve making a lot of decisions about how their bodies work (like, they probably aren't moving oxygen, due to an absence of the most common oxygen-moving element) and possibly even getting into inventing how chemistry in Euclydia works.
And that seems like a lot of speculative biology effort for no payoff, so I'm not interested in worldbuilding all that. His blood's silver because TBOB says so, that's as deep as I'm getting.
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