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Description
Landmark science explained, and deep tutorial courses that build real intuition — a curated line-up from Fermi. Great Papers walks a landmark paper through end to end; First Principles lays the foundations; Classical Mechanics — The Clockwork Universe builds the whole of how things move, from Newton's laws to chaos; Electrodynamics — Lines of Force walks the whole of electricity, magnetism, and light, from a single charge to the discovery that electromagnetism is relativity; Quantum Mechanics — The Uncertain Universe follows the quantum from the double slit to entanglement and the fields that everything is made of; and Life on a Lattice is a ground-up course in the physics of solids, from one electron on a chain all the way to superconductivity. Every episode is a patient two-voice conversation, no chalkboard required. More to come. Built by Fermi AI.
158 Episodes
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The paper that broke absolute time. Great Papers opens with Einstein's 1905 "On the Electrodynamics of Moving Bodies" — built from just two postulates to the relativity of simultaneity, time dilation and length contraction, the equivalence of mass and energy (from the September companion paper), and the unified spacetime of Minkowski. From the twin paradox to GPS, it all follows.
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Series: Great Papers · UnderGrad level. Every equation spoken in full, no chalkboard required. Built by Fermi AI.
Hawking set out to prove black holes could not have entropy — and discovered they glow. This episode reads his 1975 "Particle Creation by Black Holes": the quantum vacuum near a horizon, why a black hole radiates a perfect thermal spectrum, a temperature inversely proportional to its mass, entropy equal to a quarter of the horizon's area, and the information paradox it left wide open.
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Series: Great Papers · UnderGrad level. Every equation spoken in full, no chalkboard required. Built by Fermi AI.
One page in Nature that founded molecular biology. This episode reads Watson & Crick's 1953 structure of DNA — how the clues (Chargaff's base ratios, Franklin's Photo 51) assembled into two antiparallel strands with A-T and G-C rungs, why that structure instantly suggested how genes copy themselves, and the line of consequence running all the way to the genetic code and CRISPR.
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Series: Great Papers · UnderGrad level. Every equation spoken in full, no chalkboard required. Built by Fermi AI.
The paper that invented the bit. This episode reads Claude Shannon's 1948 "A Mathematical Theory of Communication": separating information from meaning, entropy as the true measure of a message, the hard floor on compression, and the astonishing noisy-channel theorem — that you can communicate with near-perfect reliability over a noisy line. The foundation of every digital thing you own.
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Series: Great Papers · UnderGrad level. Every equation spoken in full, no chalkboard required. Built by Fermi AI.
The eight-page paper behind the modern AI boom. This episode reads Vaswani et al.'s 2017 "Attention Is All You Need": why recurrent networks hit a wall, how self-attention lets a model weigh every word against every other at once, and how the Transformer it introduced became the engine under today's large language models — a future the authors never claimed to foresee.
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Series: Great Papers · UnderGrad level. Every equation spoken in full, no chalkboard required. Built by Fermi AI.
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