The EPR Paradox, Einstein's Critique of Quantum Physics
In this video, we explore the legendary 1935 EPR paper in full technical detail, seeing what the EPR paradox is all about, and how it relates to wavefunction collapse, local causality, and spooky action at a distance. This video also sets the stage for a follow-up video on Bell’s theorem. Here’s the link to the EPR paper: https://cds.cern.ch/record/405662/files/Ph... Along with this video, you can find Video Notes PDF, and Animation Python codes, on my Patreon. Thank you to everyone who has signed up on there; your support means a lot and I really appreciate it! :) Patreon link: https://www.patreon.com/c/RichardBehiel 0:00 Intro 2:09 Abstract of the Paper 13:25 Local Causality 17:10 Position and Momentum do not Commute 22:59 Part 1 of the Paper 44:50 The Dirac Delta Function 52:01 Expanding Psi as a Sum over Eigenstates 58:43 Two-Particle Wavefunction Psi 1:06:00 Collapsing Psi into Two Momentum Eigenstates 1:13:01 Writing Psi in Another Form, by Integrating over p 1:26:08 Collapsing Psi into Two Position Eigenstates 1:34:56 Part 2 of the Paper #physics #math #EPR #Einstein #quantum #paradox
Superconductivity and the Higgs Field
Bell's Theorem, a Glitch in Reality
The Strange Physics of Why Glass Is Transparent - Richard Feynman
The Twin Paradox: Time Travel, Explained Visually
Where Does a Neutron Get Its Magnetism From?
This is What Spin Actually Means in Quantum Physics
The Mystery of Spinors
I finally understood why the universe needs imaginary numbers (My mind is blown!)
The Physicist Who Uncovered "Negative" Time
The Quantum Interpretation That Divides Physicists
The Four Laws of Black Hole Mechanics
Electromagnetism as a Gauge Theory
This Physicist May Have Just Solved Quantum Gravity
Richard P. Feynman: Probability and Uncertainty; The Quantum Mechanical View of Nature
Bell's Theorem Clearly Explained | Quantum Theory
Why the Speed of Light Is NOT a Speed - Leonard Susskind
Can Quantum Particles Communicate Faster Than Light? – Quantum Reality (3/3) with Jim Al-Khalili
What ACTUALLY Happens at the Planck Length?
We May Never Understand Reality
