Discover how Paul Dirac predicted antimatter from pure mathematical beauty, how Feynman reimagined light, and why modern quantum electrodynamics reveals a universe made entirely of fields.
Step inside the atomic nucleus to explore radioactivity, the strong force, half-lives, fission, and fusion—from Marie Curie’s glowing lab to deep time and the birth of nuclear power.
Discover how quantum mechanics powers everyday technology, from transistors and phone chips to lasers and the Sun, and learn the real science behind quantum computing beyond the hype.
Why doesn't your foot fall through the floor? Discover how Pauli's exclusion principle explains the solidity of matter, demystifies Mendeleev's periodic table, and underpins the whole of chemistry.
Explore quantum mechanics' greatest mystery: the measurement problem. We review five interpretations of reality—from Many-Worlds to Copenhagen—and ask what quantum theory really tells us.
Explore quantum entanglement, Einstein's doubt, and Bell's inequality. Learn how counting flashes settled an epic debate on physical reality and locality.
Explore Heisenberg's uncertainty principle through acoustics and Michael Frayn's Copenhagen. Discover why quantum fuzziness is an intrinsic wave property, not clumsy measurement.
Explore the double-slit experiment: physics’ most beautiful and perplexing puzzle. Discover wave-particle duality, how observation alters reality, and why quantum logic defies intuition.
Discover why atoms don't collapse, from Rutherford's nucleus to Bohr's quantum staircase and de Broglie's electron waves, revealing how the atom is built like a musical instrument.
Why doesn't microwave radiation give you a sunburn? Journey into the birth of quantum theory, from Planck's reluctant lumps to Einstein's revolutionary light packets.
18 min
About The Physics of Everything: A 50-Module Journey for the Humanist
From the publisher's feed
This is a 50-episode podcast in physics as a body of ideas, built for one listener: Ashlee, the most wonderful person in the world. It runs from Thales to the latest dark-energy measurements in nine…
parts, and it treat physics the way a good seminar treats a canon: as arguments, characters, evidence and unresolved fights