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One unsolved equation at Princeton made Jeff Bezos quit physics forever. He was crushing the honors track. A-pluses almost everywhere. Then one partial differential equation stopped him and his roommate cold after three hours of work. They went to the smartest guy in the class. He looked at it... for a few seconds and said “cosine.” Then wrote out three pages of algebra that proved it. He hadn’t done it in his head. He had mapped it onto a similar problem he solved years earlier. That was the moment Bezos saw the gap. Some people recognize the pattern instantly. Most of us grind and still miss it. I’ve thought about this a lot. Knowing when you’re not the one who can map the problem is its own kind of intelligence. The best decisions sometimes start with admitting the ceiling and walking toward a different door. For Bezos that clarity became an advantage. Recognizing the limit freed him to build something far larger than the path he left behind.show more

Camus

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52,207 просмотров • 15 дней назад •via X (Twitter)

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Jeff Bezos on the exact moment he realized he would never be a great physicist: "I wanted to be a theoretical physicist. I went to Princeton. I was a really good student, I got A-pluses on almost everything. I was in the honors physics track, which starts with 100 students and by quantum mechanics it's down to 30." Then came the homework problem: "I can't solve this partial differential equation. It's really, really hard. I've been studying with my roommate Joe, who was also really good at math. The two of us worked on this one problem for three hours and got nowhere." They decided to visit Yasantha, the smartest guy at Princeton: "He was Sri Lankan. In the Facebook, which was an actual paper book at that time, his name was three lines long. I guess in Sri Lanka when you do something good for the king, they give you an extra syllable on your name. The most humble, wonderful guy." Jeff continues: "We show him the problem. He stares at it for a while and says, 'Cosine.' I'm like, 'What do you mean?' He says, 'That's the answer.' I said, 'That's the answer?' He said, 'Yeah, let me show you.' He sits us down, writes out three pages of detailed algebra, everything crosses out, and the answer is cosine." Jeff asked if he solved it in his head: "He said, 'No, that would be impossible. Three years ago I solved a very similar problem and I was able to map this problem onto that one. Then it was immediately obvious the answer was cosine.'" Jeff reflects: "That was an important moment for me. Because that was the very moment I realized I was never going to be a great theoretical physicist."

Jeff Bezos on the exact moment he realized he would never be a great physicist: "I wanted to be a theoretical physicist. I went to Princeton. I was a really good student, I got A-pluses on almost everything. I was in the honors physics track, which starts with 100 students and by quantum mechanics it's down to 30." Then came the homework problem: "I can't solve this partial differential equation. It's really, really hard. I've been studying with my roommate Joe, who was also really good at math. The two of us worked on this one problem for three hours and got nowhere." They decided to visit Yasantha, the smartest guy at Princeton: "He was Sri Lankan. In the Facebook, which was an actual paper book at that time, his name was three lines long. I guess in Sri Lanka when you do something good for the king, they give you an extra syllable on your name. The most humble, wonderful guy." Jeff continues: "We show him the problem. He stares at it for a while and says, 'Cosine.' I'm like, 'What do you mean?' He says, 'That's the answer.' I said, 'That's the answer?' He said, 'Yeah, let me show you.' He sits us down, writes out three pages of detailed algebra, everything crosses out, and the answer is cosine." Jeff asked if he solved it in his head: "He said, 'No, that would be impossible. Three years ago I solved a very similar problem and I was able to map this problem onto that one. Then it was immediately obvious the answer was cosine.'" Jeff reflects: "That was an important moment for me. Because that was the very moment I realized I was never going to be a great theoretical physicist."

Peak Thinkers

1,326,841 просмотров • 5 месяцев назад

Jeff Bezos was a top 25 physics student at Princeton. One classmate made him quit in three seconds. Junior year. Honors track. He and his roommate spent three hours on a single partial differential equation. Two of the sharpest minds in the building. Got absolutely nowhere. They walked it down the hall to Yasantha. Smartest student on campus. He glanced at it. “Cosine.” Bezos asked how. Yasantha wrote three pages of algebra, crossed everything out. The answer was cosine. He hadn’t solved it in that moment. Three years earlier he’d worked a nearly identical problem. He mapped one onto the other and the answer was already there. Bezos said that was the exact moment he realized he would never be a great theoretical physicist. He was not failing. He was top 25 at Princeton. He quit because he saw what a natural gift looks like when you are standing right next to it. Three hours of grinding versus three seconds of pure recognition. That is not an effort gap. That is a wiring gap. It does not close. So he walked away from physics. Built Amazon. One honest moment of self-awareness became a trillion-dollar company. Bezos only got that moment because he was at Princeton. He had the proximity to stand next to a generational mind, the awareness to read the signal, and the runway to walk away from the wrong path. That combination almost never exists. Right now there are people with Yasantha-level gifts stocking shelves. Driving trucks. Working three jobs to keep the lights on. They will never stand next to their Yasantha. They will never get the signal that tells them they are in the wrong room. They will grind at the wrong equation until they die. And never once know. That is not a failure of talent or effort. That is the default setting of human civilization. And it has been running unchallenged for ten thousand years. Every structure we have ever built. Every institution. Every breakthrough in science, art, and industry. All of it was produced by a species that has never once operated at full capacity. Most of the people who built this world were solving the wrong problem their entire lives. And had no way to find out. We have no idea what humans are actually capable of. We have never seen it. Not once in recorded history. AI and robotics are about to break that open. Permanently. When machines handle survival, eight billion people get what only Princeton gave Bezos. The runway to find out what they were actually built for. People hear that and picture a species going idle. That is a cage projecting its shape onto freedom. Strip survival from the equation and you do not kill drive. You unmask it. Every person alive is carrying a cosine they have never been allowed to discover. We have spent ten thousand years building civilization with people solving the wrong equations. We are about to find out what happens when they solve the right ones.

Jeff Bezos was a top 25 physics student at Princeton. One classmate made him quit in three seconds. Junior year. Honors track. He and his roommate spent three hours on a single partial differential equation. Two of the sharpest minds in the building. Got absolutely nowhere. They walked it down the hall to Yasantha. Smartest student on campus. He glanced at it. “Cosine.” Bezos asked how. Yasantha wrote three pages of algebra, crossed everything out. The answer was cosine. He hadn’t solved it in that moment. Three years earlier he’d worked a nearly identical problem. He mapped one onto the other and the answer was already there. Bezos said that was the exact moment he realized he would never be a great theoretical physicist. He was not failing. He was top 25 at Princeton. He quit because he saw what a natural gift looks like when you are standing right next to it. Three hours of grinding versus three seconds of pure recognition. That is not an effort gap. That is a wiring gap. It does not close. So he walked away from physics. Built Amazon. One honest moment of self-awareness became a trillion-dollar company. Bezos only got that moment because he was at Princeton. He had the proximity to stand next to a generational mind, the awareness to read the signal, and the runway to walk away from the wrong path. That combination almost never exists. Right now there are people with Yasantha-level gifts stocking shelves. Driving trucks. Working three jobs to keep the lights on. They will never stand next to their Yasantha. They will never get the signal that tells them they are in the wrong room. They will grind at the wrong equation until they die. And never once know. That is not a failure of talent or effort. That is the default setting of human civilization. And it has been running unchallenged for ten thousand years. Every structure we have ever built. Every institution. Every breakthrough in science, art, and industry. All of it was produced by a species that has never once operated at full capacity. Most of the people who built this world were solving the wrong problem their entire lives. And had no way to find out. We have no idea what humans are actually capable of. We have never seen it. Not once in recorded history. AI and robotics are about to break that open. Permanently. When machines handle survival, eight billion people get what only Princeton gave Bezos. The runway to find out what they were actually built for. People hear that and picture a species going idle. That is a cage projecting its shape onto freedom. Strip survival from the equation and you do not kill drive. You unmask it. Every person alive is carrying a cosine they have never been allowed to discover. We have spent ten thousand years building civilization with people solving the wrong equations. We are about to find out what happens when they solve the right ones.

Dustin

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Jeff Bezos on the exact moment he realized he would never be a great physicist: "I really was determined to be a theoretical physicist. It's why I went to Princeton in the first place. And then I realized I was going to be a mediocre theoretical physicist. There were a few people in my classes, in quantum mechanics and so on, who could effortlessly do things that were so difficult for me." "Theoretical physics is not one of those fields where only the top few percent move the state of the art forward. It's one of those things where your brain has to be wired in a certain way." "My friend Joe and I were working on a very difficult partial differential equations problem set one night, and there was one problem we worked on for three hours. We made no headway whatsoever. And we looked up at each other at the same time and we said, Yasantha." "He stared at it for just a few seconds, maybe 10 seconds, and he said, cosine. And I said, what do you mean, cosine? He said, that's the answer. And I said, no, no, no, come on. And he said, let me show you. And he took out some paper and wrote down three pages of equations, everything canceled out, and the answer was cosine." "I said, Yasantha, did you do that in your head? And he said, oh no, that would be impossible. A few years ago I solved a similar problem, and I could map this problem onto that problem, and then it was immediately obvious that the answer was cosine." "You have an experience like that, you realize maybe being a theoretical physicist isn't what the universe wants you to be."

Jeff Bezos on the exact moment he realized he would never be a great physicist: "I really was determined to be a theoretical physicist. It's why I went to Princeton in the first place. And then I realized I was going to be a mediocre theoretical physicist. There were a few people in my classes, in quantum mechanics and so on, who could effortlessly do things that were so difficult for me." "Theoretical physics is not one of those fields where only the top few percent move the state of the art forward. It's one of those things where your brain has to be wired in a certain way." "My friend Joe and I were working on a very difficult partial differential equations problem set one night, and there was one problem we worked on for three hours. We made no headway whatsoever. And we looked up at each other at the same time and we said, Yasantha." "He stared at it for just a few seconds, maybe 10 seconds, and he said, cosine. And I said, what do you mean, cosine? He said, that's the answer. And I said, no, no, no, come on. And he said, let me show you. And he took out some paper and wrote down three pages of equations, everything canceled out, and the answer was cosine." "I said, Yasantha, did you do that in your head? And he said, oh no, that would be impossible. A few years ago I solved a similar problem, and I could map this problem onto that problem, and then it was immediately obvious that the answer was cosine." "You have an experience like that, you realize maybe being a theoretical physicist isn't what the universe wants you to be."

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Jeff Bezos just explained the mental framework that made him one of the richest humans alive. He called it the regret minimization framework. He was working a job he loved on Wall Street when the internet was just taking off. He told his boss he was going to quit and start an internet bookstore. His boss told him it sounded like a great idea but for someone without a good job. Bezos went home and thought about it for two days. Then he projected himself forward to age 80. And asked: what would I regret more? "The biggest regrets are acts of omission. Paths not taken." He realized there was a 100% chance he'd regret not trying. That single framework sent him to Seattle in the back of a car, typing the Amazon business plan on a laptop.

Jeff Bezos just explained the mental framework that made him one of the richest humans alive. He called it the regret minimization framework. He was working a job he loved on Wall Street when the internet was just taking off. He told his boss he was going to quit and start an internet bookstore. His boss told him it sounded like a great idea but for someone without a good job. Bezos went home and thought about it for two days. Then he projected himself forward to age 80. And asked: what would I regret more? "The biggest regrets are acts of omission. Paths not taken." He realized there was a 100% chance he'd regret not trying. That single framework sent him to Seattle in the back of a car, typing the Amazon business plan on a laptop.

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The man who invented modern fantasy didn't publish his first novel until he was forty-five. By that age, J.R.R. Tolkien had already built a respectable life. He was an Oxford professor, an expert in ancient languages, with a wife and four children and a settled academic career. He was exactly the kind of man who might reasonably have decided that the shape of his life was already fixed. The work he would be remembered for, he had not yet even begun... The story, which Tolkien told himself, is that one summer he was grading examination papers, when he turned a page and found that a student had left it blank. Without quite knowing why, he wrote a single sentence on it: "In a hole in the ground there lived a hobbit." He did not know what a hobbit was. He had spent years inventing languages and mythologies as a private passion, and telling stories to his own children, never imagining any of it would reach the world. But that one line began to grow. It became a story, and then a book, and in 1937, at the age of forty-five, Tolkien published The Hobbit. It was a success, and his publisher asked for a sequel. Tolkien warned them it might take some time. It took 17 years... He wrote it in the margins of a demanding full-time job, revising endlessly, doubting it often. When The Lord of the Rings was finally published, in 1954 and 1955, he was in his early sixties. That book, begun as a middle-aged professor's private side project, went on to sell well over a hundred million copies, to invent modern fantasy as we know it, and to reshape the imagination of the entire world. Tolkien already had a full and respectable life behind him. And still, the thing he is remembered for, the thing that outlived him and reached hundreds of millions of people, was something he began at forty-five, at an age when it would have been the easiest thing in the world to tell himself he had already missed his chance. He didn't. It's never as late as it feels.

The man who invented modern fantasy didn't publish his first novel until he was forty-five. By that age, J.R.R. Tolkien had already built a respectable life. He was an Oxford professor, an expert in ancient languages, with a wife and four children and a settled academic career. He was exactly the kind of man who might reasonably have decided that the shape of his life was already fixed. The work he would be remembered for, he had not yet even begun... The story, which Tolkien told himself, is that one summer he was grading examination papers, when he turned a page and found that a student had left it blank. Without quite knowing why, he wrote a single sentence on it: "In a hole in the ground there lived a hobbit." He did not know what a hobbit was. He had spent years inventing languages and mythologies as a private passion, and telling stories to his own children, never imagining any of it would reach the world. But that one line began to grow. It became a story, and then a book, and in 1937, at the age of forty-five, Tolkien published The Hobbit. It was a success, and his publisher asked for a sequel. Tolkien warned them it might take some time. It took 17 years... He wrote it in the margins of a demanding full-time job, revising endlessly, doubting it often. When The Lord of the Rings was finally published, in 1954 and 1955, he was in his early sixties. That book, begun as a middle-aged professor's private side project, went on to sell well over a hundred million copies, to invent modern fantasy as we know it, and to reshape the imagination of the entire world. Tolkien already had a full and respectable life behind him. And still, the thing he is remembered for, the thing that outlived him and reached hundreds of millions of people, was something he began at forty-five, at an age when it would have been the easiest thing in the world to tell himself he had already missed his chance. He didn't. It's never as late as it feels.

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He was just a janitor at MIT. One day, while mopping the floor, he glanced at a math problem on the blackboard. He had no idea it was one of the most advanced, difficult equations in the world, yet he solved it effortlessly,this gained him a lot of attention.

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Andrew Wiles worked on Fermat's Last Theorem alone in his attic for 7 years and told nobody except his wife. The problem was 358 years old. Fermat scribbled in a margin in 1637 that he had a proof and no room to write it, and every mathematician since had failed. Wiles saw the statement in a library book at 10 years old. He never let it go. He was a Princeton professor when he started in 1986. He stopped publishing new work and released old results in pieces to hide the silence. He announced it in Cambridge in June 1993, over 3 lectures, revealing the target only at the end. Newspapers ran it worldwide. Then a referee found a gap. One step in the proof did not hold, and the error was fundamental. He spent 14 months trying to close it in public view, with the whole field watching. He was ready to quit. The fix arrived in September 1994. He has said he stared at it in disbelief for 20 minutes. The BBC filmed him describing that moment. He gets a few words out, then turns away from the camera in tears. He kept the greatest result of the century secret so nobody could take it.

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Eşref abi when he first saw Rüya, he hadn’t yet noticed the warmth starting in his stomach and slowly rising to his heart. He hadn’t yet given a name to that feeling of admiration he was experiencing for the first time. Worse still, it hadn’t even crossed his mind that he would love this girl until he died. And years later, one day, a woman appeared before him. Someone who would make him forget even Rüya. When he first saw her, he remembered the feelings he had experienced years ago. It was a sense of familiarity. As if his heart had memorized that face long ago. Eşref thought he had been chasing a dream for years. But now he realized something. Sometimes, what you’re searching for isn’t far away, you lose it right beside you. That woman who once entered his life, touched his heart, and then quietly left… it turns out she carried the same warmth as a memory from his childhood. That’s why, when his heart saw her, it couldn’t treat her as a stranger. #EşrefRüya #EşSan

Eşref abi when he first saw Rüya, he hadn’t yet noticed the warmth starting in his stomach and slowly rising to his heart. He hadn’t yet given a name to that feeling of admiration he was experiencing for the first time. Worse still, it hadn’t even crossed his mind that he would love this girl until he died. And years later, one day, a woman appeared before him. Someone who would make him forget even Rüya. When he first saw her, he remembered the feelings he had experienced years ago. It was a sense of familiarity. As if his heart had memorized that face long ago. Eşref thought he had been chasing a dream for years. But now he realized something. Sometimes, what you’re searching for isn’t far away, you lose it right beside you. That woman who once entered his life, touched his heart, and then quietly left… it turns out she carried the same warmth as a memory from his childhood. That’s why, when his heart saw her, it couldn’t treat her as a stranger. #EşrefRüya #EşSan

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JOE ROGAN: GOOGLE’S AI SOLVED AN IMPOSSIBLE EQUATION IN MINUTES Joe said Google’s AI achieved a staggering breakthrough by solving a problem that would take the world’s supercomputers billions of years. He said the calculation was so complex that even turning every atom in the universe into a computer wouldn’t have done it in time: “I believe it’s the Google one. They solved an equation that would take the world’s supercomputers, I think it was 2.6 billion years to solve, and it solved it in a matter of minutes. The only way for it to solve this problem, Marc Andreessen said it on my podcast, the equation is so difficult that if you took every atom in the universe and converted it to a supercomputer, the universe would die of heat death before it would solve this equation. And it solved it in minutes.” Source: Joe Rogan Jesse Michels

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In 1950 a scientist at Bell Labs admitted, out loud, that he was envious of the geniuses in the offices around him. He was sharing an attic with Claude Shannon. So instead of resenting them, he spent the rest of his career studying exactly what separated the great ones from everyone else, and near the end of his life he laid the whole answer out in a single talk. His name was Richard Hamming. He was honest about where he started. At Los Alamos, he called himself a janitor of science, one of the people who kept things running while the important decisions happened without him. He was, in his own words, plain envious. And rather than swallow it, he turned it into a question. What actually is the difference between the first-class people and the rest of us? His first answer is uncomfortable, because it removes every excuse. It is not luck, though luck plays a part. It is not raw IQ, since plenty of the greats did not test especially well, and Einstein spent seven years in a patent office before anyone noticed him. What it comes down to, again and again, is that the able people simply work on important problems, and they work on them relentlessly, while everyone else stays busy with whatever happens to be in front of them. Then he tells the story that stays with you. For years he ate lunch with the physicists, the Nobel winners, and learned how they thought. One day he turned to a chemist at the table and asked, if what you are working on is not important, and not likely to lead to anything important, why are you working on it? The man was offended. But months later he stopped Hamming in the hallway and admitted the question had gotten under his skin. That chemist went on to run his department and join the National Academy. Of everyone else at that table, Hamming says, he never heard of a single one again. He noticed the same pattern in something as small as an office door. The people who worked with their doors closed got more done in the moment, but ten years later they no longer knew what was worth doing. The ones who left their doors open stayed connected to what actually mattered, even at the cost of constant interruption. And underneath all of it was a habit most people never build. He set aside Friday afternoons, every week, for nothing but great thoughts. No task, no email, just the question of what the important problems in his field really were, and whether he was working on any of them. He was not claiming to be the smartest man in the building. He knew he was not. That was the entire point. He watched the smartest men closely, took what he could use, and made himself into someone who did work that lasted. As he put it near the end, no one ever told him these things. He had to find them alone. You have no such excuse.

In 1950 a scientist at Bell Labs admitted, out loud, that he was envious of the geniuses in the offices around him. He was sharing an attic with Claude Shannon. So instead of resenting them, he spent the rest of his career studying exactly what separated the great ones from everyone else, and near the end of his life he laid the whole answer out in a single talk. His name was Richard Hamming. He was honest about where he started. At Los Alamos, he called himself a janitor of science, one of the people who kept things running while the important decisions happened without him. He was, in his own words, plain envious. And rather than swallow it, he turned it into a question. What actually is the difference between the first-class people and the rest of us? His first answer is uncomfortable, because it removes every excuse. It is not luck, though luck plays a part. It is not raw IQ, since plenty of the greats did not test especially well, and Einstein spent seven years in a patent office before anyone noticed him. What it comes down to, again and again, is that the able people simply work on important problems, and they work on them relentlessly, while everyone else stays busy with whatever happens to be in front of them. Then he tells the story that stays with you. For years he ate lunch with the physicists, the Nobel winners, and learned how they thought. One day he turned to a chemist at the table and asked, if what you are working on is not important, and not likely to lead to anything important, why are you working on it? The man was offended. But months later he stopped Hamming in the hallway and admitted the question had gotten under his skin. That chemist went on to run his department and join the National Academy. Of everyone else at that table, Hamming says, he never heard of a single one again. He noticed the same pattern in something as small as an office door. The people who worked with their doors closed got more done in the moment, but ten years later they no longer knew what was worth doing. The ones who left their doors open stayed connected to what actually mattered, even at the cost of constant interruption. And underneath all of it was a habit most people never build. He set aside Friday afternoons, every week, for nothing but great thoughts. No task, no email, just the question of what the important problems in his field really were, and whether he was working on any of them. He was not claiming to be the smartest man in the building. He knew he was not. That was the entire point. He watched the smartest men closely, took what he could use, and made himself into someone who did work that lasted. As he put it near the end, no one ever told him these things. He had to find them alone. You have no such excuse.

Zyron

15,886 просмотров • 1 месяц назад

Twenty years of coronavirus vaccine research and not one of them ever worked. That was the question Professor Angus Dalgleish and his colleagues set out to answer, and they answered it before the world had ever heard the words mRNA vaccine. I asked him what they found. Coronaviruses change too fast, he said. A wave lasts two to three months and then it's gone, replaced by something different enough that the old antibodies don't recognize it anymore. In the animal models, that mismatch didn't just fail to protect, it made things worse. The antibodies latched onto the new virus without killing it, and instead of blocking the infection, they helped it along. Every model showed the same pattern. In primates, Dalgleish said, it killed them. That data existed. It was never tested in primates before it went into human arms. When he and his colleagues raised it, they were told the greater good mattered more than the risk. I asked him if he could believe how many of his own colleagues went along with it anyway. He said he was the only one who screamed.

Twenty years of coronavirus vaccine research and not one of them ever worked. That was the question Professor Angus Dalgleish and his colleagues set out to answer, and they answered it before the world had ever heard the words mRNA vaccine. I asked him what they found. Coronaviruses change too fast, he said. A wave lasts two to three months and then it's gone, replaced by something different enough that the old antibodies don't recognize it anymore. In the animal models, that mismatch didn't just fail to protect, it made things worse. The antibodies latched onto the new virus without killing it, and instead of blocking the infection, they helped it along. Every model showed the same pattern. In primates, Dalgleish said, it killed them. That data existed. It was never tested in primates before it went into human arms. When he and his colleagues raised it, they were told the greater good mattered more than the risk. I asked him if he could believe how many of his own colleagues went along with it anyway. He said he was the only one who screamed.

Del Bigtree

45,340 просмотров • 13 дней назад

Matt Damon tells Amy Poehler how he left Harvard with just one semester left to go make a movie, revealing that he wrote the beginning of Good Will Hunting instead of doing his actual class assignment, and his professor was so IMPRESSED that he gave him an A and told him to keep writing 😳🎬🔥 “We were supposed to write a one-act play, and I wrote the first act of a three-act movie. I went to the guy and said, ‘I think I failed your class, but this is the first act of a movie.’” “He read it, gave me a straight A and just said, ‘Don’t stop. Keep going.’ That was when I took it out and showed it to Ben.”

Matt Damon tells Amy Poehler how he left Harvard with just one semester left to go make a movie, revealing that he wrote the beginning of Good Will Hunting instead of doing his actual class assignment, and his professor was so IMPRESSED that he gave him an A and told him to keep writing 😳🎬🔥 “We were supposed to write a one-act play, and I wrote the first act of a three-act movie. I went to the guy and said, ‘I think I failed your class, but this is the first act of a movie.’” “He read it, gave me a straight A and just said, ‘Don’t stop. Keep going.’ That was when I took it out and showed it to Ben.”

Killa 🌺

34,989 просмотров • 1 месяц назад

He was called the strangest man in physics. Not the brightest. Not the fastest. The strangest. But here's what they never told you about him. His name was Paul Dirac. Born in Bristol, 1902. His father had one rule: you could only speak to him in French. When young Paul couldn't find the words, he stopped speaking entirely. That silence became a superpower. At 25, he wrote a single equation that united quantum mechanics with Einstein's relativity. Two pillars of physics that nobody could connect. A quiet boy from Bristol did it with a pen. Then his equation predicted something impossible. A mirror particle. Matter that shouldn't exist. Other scientists said he was wrong. Dirac said nothing. In 1932, they found it. Antimatter. Exactly where his equation said it would be. They gave him the Nobel Prize. He nearly REFUSED it — he hated publicity so much. They offered him a knighthood. He turned that down too. Didn't want to be called Sir. He was given Newton's chair at Cambridge. Held it for 37 years. Barely spoke a word. Today every MRI scanner uses his equation. Every particle accelerator is built on his work. Every smartphone chip traces back to his mathematics. His memorial stone lies in Westminster Abbey. Right next to Newton. The greatest British physicist since Newton. And most of Britain has never heard his name. Until now. Be part of us. Be Proud Of Us. 🇬🇧

He was called the strangest man in physics. Not the brightest. Not the fastest. The strangest. But here's what they never told you about him. His name was Paul Dirac. Born in Bristol, 1902. His father had one rule: you could only speak to him in French. When young Paul couldn't find the words, he stopped speaking entirely. That silence became a superpower. At 25, he wrote a single equation that united quantum mechanics with Einstein's relativity. Two pillars of physics that nobody could connect. A quiet boy from Bristol did it with a pen. Then his equation predicted something impossible. A mirror particle. Matter that shouldn't exist. Other scientists said he was wrong. Dirac said nothing. In 1932, they found it. Antimatter. Exactly where his equation said it would be. They gave him the Nobel Prize. He nearly REFUSED it — he hated publicity so much. They offered him a knighthood. He turned that down too. Didn't want to be called Sir. He was given Newton's chair at Cambridge. Held it for 37 years. Barely spoke a word. Today every MRI scanner uses his equation. Every particle accelerator is built on his work. Every smartphone chip traces back to his mathematics. His memorial stone lies in Westminster Abbey. Right next to Newton. The greatest British physicist since Newton. And most of Britain has never heard his name. Until now. Be part of us. Be Proud Of Us. 🇬🇧

Proudofus.uk

80,531 просмотров • 6 месяцев назад

Beethoven could not hear the music he wrote. At the age of 28, he realized he was no longer able to listen to a flute being played in the distance, and he spent the rest of his life composing the most enduring music in Western history in almost complete silence... He had been a working musician since childhood. His ears were everything. In 1798, in the middle of a heated argument with a singer, he noticed for the first time that something was wrong. The sound was thinning at the edges. He could hear voices, but high frequencies were beginning to disappear. He told no one for years. By 1802, the truth was no longer deniable. On his doctor's advice he moved to Heiligenstadt, a quiet village outside Vienna, hoping the country air would help. It did not. There, alone and surrounded by farmland, he wrote a letter to his two brothers that he never sent. It was found among his papers after his death. We now call it the Heiligenstadt Testament, and it is one of the most devastating documents ever written by an artist about himself: "You men who think or say that I am malevolent, stubborn or misanthropic, how greatly do you wrong me. You do not know the cause of my seeming so... what a humiliation, when one stood beside me and heard a flute in the distance and I heard nothing, or someone heard the shepherd singing, and again I heard nothing." He wrote, in the same letter, that he had thought of ending his life. And then he wrote the line that explains everything that followed: "Only my art held me back. It seemed impossible to me to leave the world before I had produced everything I felt called upon to produce." He went back to Vienna. He went on composing. Over the next two decades his hearing continued to fade. Friends began writing their words down in small notebooks instead of speaking them aloud, and waiting while he read. Modern scholars call these the conversation books. Around four hundred of them survive. To compose, he developed his own methods. He bit one end of a wooden rod and pressed the other against the soundboard of his piano, letting the vibrations travel through his jaw to his inner ear. He had stumbled, through trial and error, onto the principle that modern science calls bone conduction. The cause of his deafness has never been settled. What we do know is this: he realized he was losing his hearing at twenty-eight, and he could have stopped. He wrote the letter, he held the thought of dying in his hand, and then he put down the pen and went back to work. Most of what he is remembered for was composed after that moment: The Fifth Symphony. The Seventh. The Ninth. The Missa Solemnis. The late quartets. All of it was made by a man who could no longer hear most of what he was writing. There are people who give the world what they receive, and there are people who give the world what they were never able to receive. The most enduring beauty in human history has almost always come from the second kind... -- -- -- If you enjoyed this, I write a weekly newsletter read by over 50,000 people who love rediscovering the beauty of the past. You can join us here: I write about beauty in all its forms. If you'd like to support my work, a paid subscription is what makes it possible.

Beethoven could not hear the music he wrote. At the age of 28, he realized he was no longer able to listen to a flute being played in the distance, and he spent the rest of his life composing the most enduring music in Western history in almost complete silence... He had been a working musician since childhood. His ears were everything. In 1798, in the middle of a heated argument with a singer, he noticed for the first time that something was wrong. The sound was thinning at the edges. He could hear voices, but high frequencies were beginning to disappear. He told no one for years. By 1802, the truth was no longer deniable. On his doctor's advice he moved to Heiligenstadt, a quiet village outside Vienna, hoping the country air would help. It did not. There, alone and surrounded by farmland, he wrote a letter to his two brothers that he never sent. It was found among his papers after his death. We now call it the Heiligenstadt Testament, and it is one of the most devastating documents ever written by an artist about himself: "You men who think or say that I am malevolent, stubborn or misanthropic, how greatly do you wrong me. You do not know the cause of my seeming so... what a humiliation, when one stood beside me and heard a flute in the distance and I heard nothing, or someone heard the shepherd singing, and again I heard nothing." He wrote, in the same letter, that he had thought of ending his life. And then he wrote the line that explains everything that followed: "Only my art held me back. It seemed impossible to me to leave the world before I had produced everything I felt called upon to produce." He went back to Vienna. He went on composing. Over the next two decades his hearing continued to fade. Friends began writing their words down in small notebooks instead of speaking them aloud, and waiting while he read. Modern scholars call these the conversation books. Around four hundred of them survive. To compose, he developed his own methods. He bit one end of a wooden rod and pressed the other against the soundboard of his piano, letting the vibrations travel through his jaw to his inner ear. He had stumbled, through trial and error, onto the principle that modern science calls bone conduction. The cause of his deafness has never been settled. What we do know is this: he realized he was losing his hearing at twenty-eight, and he could have stopped. He wrote the letter, he held the thought of dying in his hand, and then he put down the pen and went back to work. Most of what he is remembered for was composed after that moment: The Fifth Symphony. The Seventh. The Ninth. The Missa Solemnis. The late quartets. All of it was made by a man who could no longer hear most of what he was writing. There are people who give the world what they receive, and there are people who give the world what they were never able to receive. The most enduring beauty in human history has almost always come from the second kind... -- -- -- If you enjoyed this, I write a weekly newsletter read by over 50,000 people who love rediscovering the beauty of the past. You can join us here: I write about beauty in all its forms. If you'd like to support my work, a paid subscription is what makes it possible.

James Lucas

153,966 просмотров • 3 месяцев назад

Quentin Tarantino recounts a dinner with Robert De Niro during the making of Jackie Brown, where he asked him whether he understood when he landed the role of Vito in The Godfather Part II, that it would change his life. De Niro’s answer revealed a great deal about his mindset at the time. “I was working with Robert De Niro on Jackie brown, and we went out to dinner once. - When he got Vito in the Godfather Part II, that was going to be a big thing for him. He won the Oscar for it - it set him up to be a movie star. So I asked him - and I've asked this to quite a few actors when it comes to when they got the role that would end up changing their career - did he realize that the moment when he got the role, that it would have this sort of effect? And he goes oh, “I tried not to let it do that. I tried not to think about that” I go, "really? and why did you try not to think about that?" “Well because I’ve seen it happen and then go the other way” And then he used an example. “There was this guy, he was a young actor, and he was part of our crowd in New York. He'd been doing okay, but we were all in the same boat. Then all of a sudden he got a lead role. He's one of the two leads in a brand new movie by a director who had just done a smash hit.” And he's talking about Larry Pierce (the director) and uh... Goodbye Columbus. ”And he started dining out on it. And all of a sudden I go to the places that we used to go to, and now he's there and everyone's kind of revolving around him. He's kind of holding court. He's not doing anything bad; he's just arisen in the way that none of us have - and we're all treating him different. Then the movie comes out; nobody likes it - The movie comes out, and it goes away, and he's exactly in the same place he was. And I just wanted to make sure that that would never happen to me because I watched it happen to him.” Quote from Video Archives Podcast, sourced from James Whale Bake Sale YouTube channel. Clip below from the Godfather Part II (1974)

Gangster Cinema Central

97,458 просмотров • 4 месяцев назад

while watching digimon, JAY said he cried really so hard that he said it was probably three times worse than SUNGHOON’s breakdown during fate+ 🥹 he then recalled a time when the members were asked if they had ever taken a crying selfie, and SUNOO said that he had. JAY admitted that at the time, he thought it was strange and even looked at sunoo in disbelief. however after crying much harder than he ever expected one day, he suddenly understood. he said he was so surprised by his own emotions that he almost wanted to show the members just how much of a mess he looked while crying 😭🫳🏻and the experience helped him understand sunoo more 🥹

while watching digimon, JAY said he cried really so hard that he said it was probably three times worse than SUNGHOON’s breakdown during fate+ 🥹 he then recalled a time when the members were asked if they had ever taken a crying selfie, and SUNOO said that he had. JAY admitted that at the time, he thought it was strange and even looked at sunoo in disbelief. however after crying much harder than he ever expected one day, he suddenly understood. he said he was so surprised by his own emotions that he almost wanted to show the members just how much of a mess he looked while crying 😭🫳🏻and the experience helped him understand sunoo more 🥹

샐마•𝗘𝗡╸(rest)

87,990 просмотров • 1 месяц назад

“When I saw Jayson Tatum in the moment he did his “We Did It” he looked like he got it…. Its the culmination of all of the stuff to get there” Real shyt, when Jayson Tatum did the “We did it” moment that to me felt like it all clicked for him. It was a rush of visualizing all of the trials and tribulations over the years to get to this point. The C’s aint no microwave made team, this was a team that has been built and molded for years now. This is the process it takes to build championship DNA lord and they just getting started 💯

“When I saw Jayson Tatum in the moment he did his “We Did It” he looked like he got it…. Its the culmination of all of the stuff to get there” Real shyt, when Jayson Tatum did the “We did it” moment that to me felt like it all clicked for him. It was a rush of visualizing all of the trials and tribulations over the years to get to this point. The C’s aint no microwave made team, this was a team that has been built and molded for years now. This is the process it takes to build championship DNA lord and they just getting started 💯

Kevin Garnett

158,622 просмотров • 2 лет назад