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ELON: I STRONGLY RECOMMEND STUDYING PHYSICS “I studied physics and I certainly strongly recommend physics as a good grounding to understand the nature of reality. Physics is fundamentally just understanding how the universe actually works. And then that's a good foundation for then a variety of engineering disciplines. I... think also the analytical principles, the sort of analytical constructs used in physics apply to basically anything. Physics developed all these ways of thinking, like first-principles thinking, thinking about things in the limit, high and low, testing your hypothesis. It's the scientific principle, essentially. These things are incredibly helpful in all arenas.” Source: Axel Springer Pioneer's Talk, December 2020show more

Mario Nawfal

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Elon Musk: I strongly recommend studying physics as a grounding to understand reality. “I studied physics, and I certainly strongly recommend physics as a good grounding to understand the nature of reality. Physics is fundamentally just understanding how the universe actually works. That's a good foundation for a variety of engineering disciplines. The analytical constructs used in physics [like first-principles thinking] apply to basically anything. Most people tend to think by analogy or by comparison with something that already exists. This is a mental shortcut that requires less brain strain, but it's hard to get fundamental insights unless you think about things from a first-principles standpoint.” Axel Springer Award, December 1, 2020

Elon Musk: I strongly recommend studying physics as a grounding to understand reality. “I studied physics, and I certainly strongly recommend physics as a good grounding to understand the nature of reality. Physics is fundamentally just understanding how the universe actually works. That's a good foundation for a variety of engineering disciplines. The analytical constructs used in physics [like first-principles thinking] apply to basically anything. Most people tend to think by analogy or by comparison with something that already exists. This is a mental shortcut that requires less brain strain, but it's hard to get fundamental insights unless you think about things from a first-principles standpoint.” Axel Springer Award, December 1, 2020

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ELON: THE TOOLS OF PHYSICS ARE LIKE A SUPERPOWER “The tools of physics are incredibly helpful to understand and make progress in any field. First principles obviously just means breaking things down to the fundamental axiomatic elements that are most likely to be true and then reason up from there as cogently as possible, as opposed to reasoning by analysis or metaphor. And then just simple things like thinking in the limit. If you extrapolate, minimize this thing or maximize that thing. Thinking in the limit is very helpful. I'd use all the tools of physics. They apply to any field. This is like a superpower, actually.” Source: Interview at Y Combinator, June 16, 2025

ELON: THE TOOLS OF PHYSICS ARE LIKE A SUPERPOWER “The tools of physics are incredibly helpful to understand and make progress in any field. First principles obviously just means breaking things down to the fundamental axiomatic elements that are most likely to be true and then reason up from there as cogently as possible, as opposed to reasoning by analysis or metaphor. And then just simple things like thinking in the limit. If you extrapolate, minimize this thing or maximize that thing. Thinking in the limit is very helpful. I'd use all the tools of physics. They apply to any field. This is like a superpower, actually.” Source: Interview at Y Combinator, June 16, 2025

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ELON: THE TOOLS OF PHYSICS ARE USEFUL IN ANY FIELD “The tools of physics are incredibly helpful to understand and make progress in any field. First principles obviously just means breaking things down to the fundamental axiomatic elements that are most likely to be true and then reason up from there as cogently as possible, as opposed to reasoning by analysis or metaphor. And then just simple things like thinking in the limit. If you extrapolate, minimize this thing or maximize that thing. Thinking in the limit is very helpful. I'd use all the tools of physics. They apply to any field. This is like a superpower, actually.” Source: Interview at Y Combinator, June 16, 2025

ELON: THE TOOLS OF PHYSICS ARE USEFUL IN ANY FIELD “The tools of physics are incredibly helpful to understand and make progress in any field. First principles obviously just means breaking things down to the fundamental axiomatic elements that are most likely to be true and then reason up from there as cogently as possible, as opposed to reasoning by analysis or metaphor. And then just simple things like thinking in the limit. If you extrapolate, minimize this thing or maximize that thing. Thinking in the limit is very helpful. I'd use all the tools of physics. They apply to any field. This is like a superpower, actually.” Source: Interview at Y Combinator, June 16, 2025

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Elon Musk on learning physics: What matters are not the formulas, but the thinking process that led to the discovery of those formulas. “I just recommend studying physics. What matters is not remembering a bunch of formulas. What matters is the thinking process that led to the discovery of those formulas. It's sort of critical thinking, first principles analysis, trying to understand what is true at a most fundamental level and then reasoning up from there and testing your conclusions against the most fundamental truths in any given arena. This is how you can figure out whether something is more likely to be true or not. It's good to think in terms of probabilities. If you receive information about a subject, that should change the probability of your conclusion, but not the certainty of your conclusion. Physics teaches you that you should not be 100% certain about any given prediction. Now, there's some things that are highly likely, but physics teaches you you got to assign a probability to something being true. And then as you learn more information, your original conclusion may be wrong, then you should then change your mind based on the new information.” Town Hall in Lancaster, Pennsylvania, October 24, 2024

Elon Musk on learning physics: What matters are not the formulas, but the thinking process that led to the discovery of those formulas. “I just recommend studying physics. What matters is not remembering a bunch of formulas. What matters is the thinking process that led to the discovery of those formulas. It's sort of critical thinking, first principles analysis, trying to understand what is true at a most fundamental level and then reasoning up from there and testing your conclusions against the most fundamental truths in any given arena. This is how you can figure out whether something is more likely to be true or not. It's good to think in terms of probabilities. If you receive information about a subject, that should change the probability of your conclusion, but not the certainty of your conclusion. Physics teaches you that you should not be 100% certain about any given prediction. Now, there's some things that are highly likely, but physics teaches you you got to assign a probability to something being true. And then as you learn more information, your original conclusion may be wrong, then you should then change your mind based on the new information.” Town Hall in Lancaster, Pennsylvania, October 24, 2024

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Elon Musk explains why AI could be capable of discovering new physics. “You can think of intelligence like a compression problem. For any given field, it can be physics, or any field, you can distill things down to their most basic axiomatic elements, the things that are extremely likely to be true. And then, you can reason up from there to reach a cogent conclusion. I think if you apply that sort of first-principles compression to a field, and then you decompress it and contest the results against reality, then AI is capable of innovation and discovering new physics.” Town Hall in Philadelphia, October 18, 2024

Elon Musk explains why AI could be capable of discovering new physics. “You can think of intelligence like a compression problem. For any given field, it can be physics, or any field, you can distill things down to their most basic axiomatic elements, the things that are extremely likely to be true. And then, you can reason up from there to reach a cogent conclusion. I think if you apply that sort of first-principles compression to a field, and then you decompress it and contest the results against reality, then AI is capable of innovation and discovering new physics.” Town Hall in Philadelphia, October 18, 2024

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🚨 Elon Musk on Grok 3.5: "With Grok 3.5, that is about to be released, it's trying to reason from first principles. The focus of Grok 3.5 is to find the fundamentals of physics and applying physics tools across all lines of reasoning and to aspire to truth with minimal error. So apply kind of the tools of physics to thinking, and you know physics, if you violate conservation of energy or momentum, then you're either going to get a Nobel Prize, or you're wrong. We aim to get to truth with acknowledged error, but minimize that error over time. And I think that's actually extremely important for AI safety. So I've put a lot for a long time about AI safety, and conclusion is the old maxim that honesty is the best policy."

🚨 Elon Musk on Grok 3.5: "With Grok 3.5, that is about to be released, it's trying to reason from first principles. The focus of Grok 3.5 is to find the fundamentals of physics and applying physics tools across all lines of reasoning and to aspire to truth with minimal error. So apply kind of the tools of physics to thinking, and you know physics, if you violate conservation of energy or momentum, then you're either going to get a Nobel Prize, or you're wrong. We aim to get to truth with acknowledged error, but minimize that error over time. And I think that's actually extremely important for AI safety. So I've put a lot for a long time about AI safety, and conclusion is the old maxim that honesty is the best policy."

DogeDesigner

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🚨 Elon Musk on Grok 3.5: "With Grok 3.5, that is about to be released, it's trying to reason from first principles. The focus of Grok 3.5 is to find the fundamentals of physics and applying physics tools across all lines of reasoning and to aspire to truth with minimal error. So apply kind of the tools of physics to thinking, and you know physics, if you violate conservation of energy or momentum, then you're either going to get a Nobel Prize, or you're wrong. We aim to get to truth with acknowledged error, but minimize that error over time. And I think that's actually extremely important for AI safety. So I've put a lot for a long time about AI safety, and conclusion is the old maxim that honesty is the best policy."

🚨 Elon Musk on Grok 3.5: "With Grok 3.5, that is about to be released, it's trying to reason from first principles. The focus of Grok 3.5 is to find the fundamentals of physics and applying physics tools across all lines of reasoning and to aspire to truth with minimal error. So apply kind of the tools of physics to thinking, and you know physics, if you violate conservation of energy or momentum, then you're either going to get a Nobel Prize, or you're wrong. We aim to get to truth with acknowledged error, but minimize that error over time. And I think that's actually extremely important for AI safety. So I've put a lot for a long time about AI safety, and conclusion is the old maxim that honesty is the best policy."

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I made a working 🎁 Claw Machine for 🥨 Richard's birthday today full of 🥨 3d pretzels: It took about 2 hours prompting in Cursor and it was a good opportunity to practice basic physics in JS with Cannon JS for physics About 80% was Cursor and 20% was me hand coding things like the claw Today I am rewriting the flight model for my plane game and I want to add real physics so what I learnt here I can apply then

I made a working 🎁 Claw Machine for 🥨 Richard's birthday today full of 🥨 3d pretzels: It took about 2 hours prompting in Cursor and it was a good opportunity to practice basic physics in JS with Cannon JS for physics About 80% was Cursor and 20% was me hand coding things like the claw Today I am rewriting the flight model for my plane game and I want to add real physics so what I learnt here I can apply then

@levelsio

240,251 просмотров • 1 год назад

Elon Musk: Grok 3.5 uses the tools of physics to get to the truth with minimal error. “Grok, especially Grok 3.5, is trying to reason from first principles, so apply the tools of physics to thinking. If you're trying to get to fundamental truths, you boil things down to the axiomatic elements that are most likely to be correct, and then you reason up from there, and you can test your conclusions against those axiomatic elements. In physics, if you violate conservation of energy or momentum, then you're either going to get a Nobel Prize or you're wrong. And you're almost certainly wrong. That's really the focus of Grok 3.5: finding the fundamentals of physics and applying physics tools across all lines of reasoning and to aspire to truth with minimal error. There's always going to be some mistakes that are made, but we aim to get to the truth with acknowledged error, but minimize that error over time. And I think that's actually extremely important for AI safety. I've thought a lot for a long time about AI safety, and my ultimate conclusion is the old maxim that honesty is the best policy. It really is for safety.” Conversation with Satya Nadella, May 19, 2025

Elon Musk: Grok 3.5 uses the tools of physics to get to the truth with minimal error. “Grok, especially Grok 3.5, is trying to reason from first principles, so apply the tools of physics to thinking. If you're trying to get to fundamental truths, you boil things down to the axiomatic elements that are most likely to be correct, and then you reason up from there, and you can test your conclusions against those axiomatic elements. In physics, if you violate conservation of energy or momentum, then you're either going to get a Nobel Prize or you're wrong. And you're almost certainly wrong. That's really the focus of Grok 3.5: finding the fundamentals of physics and applying physics tools across all lines of reasoning and to aspire to truth with minimal error. There's always going to be some mistakes that are made, but we aim to get to the truth with acknowledged error, but minimize that error over time. And I think that's actually extremely important for AI safety. I've thought a lot for a long time about AI safety, and my ultimate conclusion is the old maxim that honesty is the best policy. It really is for safety.” Conversation with Satya Nadella, May 19, 2025

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Elon Musk Elon Musk on the importance of physics: “I am a big believer in physics. Everything else is a recommendation, pretty much, but physics is the law. Like if you break physics... the rocket will explode and the car will not work. So you have to adhere to physics in order to make cars that work, to make rockets that work, to make space internet work. Because if you're wrong, then reality is a very harsh judge. Reality is merciless. Because if you make a device that doesn't work, violates physics, it simply doesn't work, and then you rocket blows up and the satellites don't work and the cars break. In order to make the technology work, you must have an extremely rigorous pursuit of the truth. Because, otherwise reality will bite you in the a**.”

Elon Musk Elon Musk on the importance of physics: “I am a big believer in physics. Everything else is a recommendation, pretty much, but physics is the law. Like if you break physics... the rocket will explode and the car will not work. So you have to adhere to physics in order to make cars that work, to make rockets that work, to make space internet work. Because if you're wrong, then reality is a very harsh judge. Reality is merciless. Because if you make a device that doesn't work, violates physics, it simply doesn't work, and then you rocket blows up and the satellites don't work and the cars break. In order to make the technology work, you must have an extremely rigorous pursuit of the truth. Because, otherwise reality will bite you in the a**.”

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Elon Musk: To really be intelligent, AI has to make predictions that are in line with reality. “It's incredibly important for an AI model to be grounded in reality. I have a saying, which is physics is the law and everything else is a recommendation. I'm not suggesting people break the laws made by humans, we should generally obey the laws of humans. But I've seen many people break human made laws, but I have not seen anyone break the laws of physics. So, for any given AI, grounding it against reality and reality, for example, as you mentioned with the car, it needs to drive safely and correctly. The humanoid robot Optimus needs to perform the task that it's being asked to perform. These are things that are very helpful for ensuring that the model is truthful and accurate because it has to adhere to the laws of physics. So I think that's actually maybe somewhat overlooked or at least not talked about enough is that to really be intelligent it's got to make predictions that are in line with reality. In other words, physics.” Conversation with Satya Nadella, May 19, 2025

Elon Musk: To really be intelligent, AI has to make predictions that are in line with reality. “It's incredibly important for an AI model to be grounded in reality. I have a saying, which is physics is the law and everything else is a recommendation. I'm not suggesting people break the laws made by humans, we should generally obey the laws of humans. But I've seen many people break human made laws, but I have not seen anyone break the laws of physics. So, for any given AI, grounding it against reality and reality, for example, as you mentioned with the car, it needs to drive safely and correctly. The humanoid robot Optimus needs to perform the task that it's being asked to perform. These are things that are very helpful for ensuring that the model is truthful and accurate because it has to adhere to the laws of physics. So I think that's actually maybe somewhat overlooked or at least not talked about enough is that to really be intelligent it's got to make predictions that are in line with reality. In other words, physics.” Conversation with Satya Nadella, May 19, 2025

ELON CLIPS

675,907 просмотров • 6 месяцев назад

Elon Musk: To really be intelligent, AI has to make predictions that are in line with reality. “It's incredibly important for an AI model to be grounded in reality. I have a saying, which is physics is the law and everything else is a recommendation. I'm not suggesting people break the laws made by humans, we should generally obey the laws of humans. But I've seen many people break human made laws, but I have not seen anyone break the laws of physics. So, for any given AI, grounding it against reality and reality, for example, as you mentioned with the car, it needs to drive safely and correctly. The humanoid robot Optimus needs to perform the task that it's being asked to perform. These are things that are very helpful for ensuring that the model is truthful and accurate because it has to adhere to the laws of physics. So I think that's actually maybe somewhat overlooked or at least not talked about enough is that to really be intelligent it's got to make predictions that are in line with reality. In other words, physics.” Conversation with Satya Nadella, May 19, 2025

Elon Musk: To really be intelligent, AI has to make predictions that are in line with reality. “It's incredibly important for an AI model to be grounded in reality. I have a saying, which is physics is the law and everything else is a recommendation. I'm not suggesting people break the laws made by humans, we should generally obey the laws of humans. But I've seen many people break human made laws, but I have not seen anyone break the laws of physics. So, for any given AI, grounding it against reality and reality, for example, as you mentioned with the car, it needs to drive safely and correctly. The humanoid robot Optimus needs to perform the task that it's being asked to perform. These are things that are very helpful for ensuring that the model is truthful and accurate because it has to adhere to the laws of physics. So I think that's actually maybe somewhat overlooked or at least not talked about enough is that to really be intelligent it's got to make predictions that are in line with reality. In other words, physics.” Conversation with Satya Nadella, May 19, 2025

ELON CLIPS

17,791 просмотров • 2 месяцев назад

ELON: PHYSICS IS THE LAW AND EVERYTHING ELSE IS A RECOMMENDATION “It is incredibly important for an AI model to be grounded in reality. Physics is the law and everything else is a recommendation. I am not suggesting people break human made laws, but I have seen many people break those. I have not seen anyone break the laws of physics. For any given AI, grounding it against reality is critical. A car needs to drive safely and correctly. A humanoid robot like Optimus needs to perform the task it is asked to perform. These constraints are very helpful for ensuring that a model is truthful and accurate.” Source: Beanie👾

ELON: PHYSICS IS THE LAW AND EVERYTHING ELSE IS A RECOMMENDATION “It is incredibly important for an AI model to be grounded in reality. Physics is the law and everything else is a recommendation. I am not suggesting people break human made laws, but I have seen many people break those. I have not seen anyone break the laws of physics. For any given AI, grounding it against reality is critical. A car needs to drive safely and correctly. A humanoid robot like Optimus needs to perform the task it is asked to perform. These constraints are very helpful for ensuring that a model is truthful and accurate.” Source: Beanie👾

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91,048 просмотров • 7 месяцев назад

ELON: "PHYSICS IS THE LAW, IT IS THE ONLY UNBREAKABLE GUARDRAIL FOR AI" Elon is drawing a hard line between the bending the rules of society and the absolute constraints of the universe. In a world where AI can "hallucinate" fiction as fact, Elon says that the ultimate test for any intelligent system is its ability to ground its predictions in physical reality. Physics isn't just a subject, it is the only "law" that cannot be dodged, making it the essential foundation for ensuring AI remains truthful and functional: “It's incredibly important for an AI model to be grounded in reality. I have a saying, which is physics is the law and everything else is a recommendation. I'm not suggesting people break the laws made by humans... but I've seen many people break human-made laws, but I have not seen anyone break the laws of physics.” Source: ELON CLIPS Elon Musk

ELON: "PHYSICS IS THE LAW, IT IS THE ONLY UNBREAKABLE GUARDRAIL FOR AI" Elon is drawing a hard line between the bending the rules of society and the absolute constraints of the universe. In a world where AI can "hallucinate" fiction as fact, Elon says that the ultimate test for any intelligent system is its ability to ground its predictions in physical reality. Physics isn't just a subject, it is the only "law" that cannot be dodged, making it the essential foundation for ensuring AI remains truthful and functional: “It's incredibly important for an AI model to be grounded in reality. I have a saying, which is physics is the law and everything else is a recommendation. I'm not suggesting people break the laws made by humans... but I've seen many people break human-made laws, but I have not seen anyone break the laws of physics.” Source: ELON CLIPS Elon Musk

Mario Nawfal

50,199 просмотров • 6 месяцев назад

Some time back, I gave an exposition on my understanding of the Upanishadic conception of Brahman (God). I approach the idea through first-principles reasoning and analogies from physics. A few here may find it interesting. The link to the full talk is in the first comment.

Some time back, I gave an exposition on my understanding of the Upanishadic conception of Brahman (God). I approach the idea through first-principles reasoning and analogies from physics. A few here may find it interesting. The link to the full talk is in the first comment.

prathosh ap

11,357 просмотров • 2 месяцев назад

Elon Musk: To be truly intelligent, AI models must be able to predict the future in accordance with physics. “It's incredibly important for an AI model to be grounded in reality. I have a saying, physics is the law and everything else is a recommendation. I've seen many people break human-made laws, but I have not seen anyone break the laws of physics. So we should ground any given AI against reality. In reality, for example, the car needs to drive safely and correctly, the humanoid robot Optimus needs to perform the task that it's being asked to perform. These are things that are very helpful for ensuring that the model is truthful and accurate because it has to adhere to the laws of physics. What's maybe somewhat overlooked or at least not talked about enough, is that to really be intelligent, it's got to make predictions that are in line with reality, in other words, physics. It's a really fundamental thing and being able to ground that with cars and robots is very important.” From: Interview with Satya Nadella, May 19, 2025

Elon Musk: To be truly intelligent, AI models must be able to predict the future in accordance with physics. “It's incredibly important for an AI model to be grounded in reality. I have a saying, physics is the law and everything else is a recommendation. I've seen many people break human-made laws, but I have not seen anyone break the laws of physics. So we should ground any given AI against reality. In reality, for example, the car needs to drive safely and correctly, the humanoid robot Optimus needs to perform the task that it's being asked to perform. These are things that are very helpful for ensuring that the model is truthful and accurate because it has to adhere to the laws of physics. What's maybe somewhat overlooked or at least not talked about enough, is that to really be intelligent, it's got to make predictions that are in line with reality, in other words, physics. It's a really fundamental thing and being able to ground that with cars and robots is very important.” From: Interview with Satya Nadella, May 19, 2025

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