How Superconductors Work: Cooper Pairs & Zero Resistance
Below a critical temperature, electrical resistance doesn't just get small — it drops to exactly zero. A silent, animated explainer on the physics of superconductivity. Covered: • Resistance and its sudden death below the critical temperature Tc • Why an ordinary metal resists in the first place • Cooper pairs: how electrons team up via the lattice • The energy gap and the single condensate state • Where the simple story lies • The BCS mechanism: a self-made gap • The numbers, and the answer Built with Manim. No narration or music; everything is explained on screen.

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Semiconductor Nanofabrication: How Light Prints a Chip

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Euler's Identity: e^(iπ) + 1 = 0, and the Genius Behind It

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The Memory Hierarchy: Why ML Is Memory-Bound

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We power up a giant Thyratron tube

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An Electron Never Runs Out of Energy. Why Not? | PROF. LENE HAU

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I 100%'d the Backyard Nuclear Bomb Building Game

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Physicist Brian Cox explains quantum physics in 22 minutes

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Numbers in the Machine: Floating Point for Machine Learning

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Electricity Does Not "Split" H₂O. And That's VERY Useful.

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Bose–Einstein Condensation: How a Billion Atoms Become One

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Policy Gradient Methods: from REINFORCE to PPO

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Lie Groups: The Language of Continuous Symmetry

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“The Decision of the Century”: Choosing EUV Lithography

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Exploration in Reinforcement Learning: Bandits, UCB & Thompson Sampling

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Bose–Einstein Condensation: How a Billion Atoms Become One (v2)

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The Hardest Questions in Physics | World Science Festival

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How RLHF Works: SFT, Reward Models, PPO & DPO

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The most beautiful formula not enough people understand

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Morphogenetic Fields & Bioelectricity: where the body's blueprint hides

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