Topic
Quantum Computing
Computing using quantum mechanical phenomena.
Episodes2
- EP 54
How Quantum Computing Actually Works (Part 1)
Part I of our quantum computing deep dive traces the field from Bell and Feynman to Deutsch and Shor—and explains what quantum computers actually do differently from classical machines.

- EP 17
Hypersonic Physics, Deep Sea Life & Princeton's Millisecond Qubits
Hypersonics, alien-life analogs, and a millisecond qubit.

Chapters from these episodes25
- EP 54 · 4:31Why quantum computing needs a two-part series
- EP 54 · 8:42The biggest misconception about quantum computers
- EP 54 · 10:46Bell’s theorem and local realism
- EP 54 · 19:36Experimental tests of Bell’s inequality
- EP 54 · 25:57Landauer: information is physical
- EP 54 · 28:27Why quantum logic must be reversible
- EP 54 · 32:05Bennett, Toffoli and reversible computation
- EP 54 · 34:46Quantum money and the birth of quantum information
- EP 54 · 40:19Why simulate physics with a quantum computer?
- EP 54 · 43:41Why classical simulation explodes
- EP 54 · 48:24The idea of a quantum bit
- EP 54 · 1:06:24David Deutsch and universal quantum computing
Show 13 more chapters
- EP 54 · 1:12:17Google Willow and the multiverse claim
- EP 54 · 1:14:19Deutsch–Jozsa: the first quantum algorithm
- EP 54 · 1:20:04Classical vs. quantum solution
- EP 54 · 1:22:29Superposition enters the computation
- EP 54 · 1:26:15The double-slit experiment as a computer
- EP 54 · 1:29:25Feynman’s path-integral intuition
- EP 54 · 1:36:15How interference performs a computation
- EP 54 · 1:46:58Simon’s algorithm
- EP 54 · 1:49:51Peter Shor changes everything
- EP 54 · 1:53:14Factoring and cryptography
- EP 54 · 1:55:41Quantum computing becomes a national-security problem
- EP 54 · 1:58:37Post-quantum cryptography
- EP 54 · 2:02:24What quantum computers may actually be good for