Chapter
Debating Quantum Mechanics
28:50 - 36:31 (07:41)
Einstein and others debate the implications of quantum mechanics, such as entanglement and the Schrödinger equation.
Clips
Quantum mechanics defies classical intuition in that electrons and positrons do not have separate wave functions, but rather exist as a superposition of spin up and spin down until observed.
28:50 - 30:50 (02:00)
Quantum Mechanics
Summary
Quantum mechanics defies classical intuition in that electrons and positrons do not have separate wave functions, but rather exist as a superposition of spin up and spin down until observed.
ChapterDebating Quantum Mechanics
Episode#126 - Sean Carroll - The Problem With Quantum Mechanics
PodcastModern Wisdom
Einstein challenges the concept of quantum mechanics by questioning the correlation between two particles and their measurement through the famous EPR paradox.
30:50 - 34:02 (03:11)
Quantum Mechanics
Summary
Einstein challenges the concept of quantum mechanics by questioning the correlation between two particles and their measurement through the famous EPR paradox.
ChapterDebating Quantum Mechanics
Episode#126 - Sean Carroll - The Problem With Quantum Mechanics
PodcastModern Wisdom
This podcast episode discusses how quantum entanglement works and the issues with interpreting the implications of it.
34:02 - 36:31 (02:29)
Quantum Physics
Summary
This podcast episode discusses how quantum entanglement works and the issues with interpreting the implications of it.