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This video is inspired by Richard Feynman's development of Quantum Electrodynamics (QED) and presented from his perspective. Twelve decimal places. That's not approximately correct. That's not close enough. That's nature telling you: yes, you got it right. It's 1946. I'm at Cornell. Depressed. My wife just died. The war just ended. I worked on the atomic bomb. And now quantum physics is broken. The equations give infinite answers. Nonsense. Garbage. Physicists are giving up. Some think quantum field theory is fundamentally wrong. That we need new physics. New principles. That the infinities are telling us something is missing. But I can't give up. The theory is too beautiful. Too elegant. It has to be right. We're just not doing it correctly. So I start drawing pictures. Little diagrams. Lines for electrons. Wiggly lines for photons. Points where they meet. Simple visual representations of what's happening. And something amazing happens. The calculations become manageable. The infinities become controllable. We develop renormalization. We make predictions. And those predictions match experiment. Not approximately. Exactly. To twelve decimal places. In this video: → Why quantum physics was broken in the 1940s → The Shelter Island Conference and Willis Lamb's discovery → How Feynman invented his diagrams and renormalization → The Pocono Conference showdown with Niels Bohr → How QED achieved 12 decimal place precision → Why this is the most accurate theory in all of science → How every computer chip depends on QED The magnetic moment of the electron. Predicted to 1.001159652181. Measured to 1.001159652180. That's like measuring LA to NY and getting it right within a hair's width. That's not luck. That's understanding. Real understanding of how nature works. The content is inspired by Feynman's work and presented for educational purposes. ⚠️ DISCLAIMER: This channel has no official affiliation with Richard Feynman or his estate. The content is inspired by his teachings and created solely for educational and motivational purposes. This is not Richard Feynman's voice. No impersonation is intended. Our goal is to respectfully share his timeless insights in an inspiring way, with no intention to deceive or misrepresent. → All content is carefully researched original educational material based on extensive study of his published works, lectures, and Nobel Prize documentation. Created independently for the sole purpose of science education and inspiring young minds. → Our mission is to educate a NEW GENERATION and introduce them to the wonder of physics through this content. This is our respectful way of keeping his educational legacy alive. 🔔 Subscribe for more Feynman physics 👍 Like if 12 decimal places blew your mind 💬 Comment: What's the most precise measurement you know?