A proof of Bell's inequality [Difficulty: 3/4]

preview_player
Показать описание

Difficulty level: 3/4 (orange). Prerequisites: probability distributions, conditional probabilities, expectations, integrals.

This video was filmed at the Department of Mathematics, Rutgers University in Piscataway, NJ, on November 19, 2022.

Very special thanks go to Sasha Pohle for helping me produce this video, as well as to Sheldon Goldstein and Michael Kiessling for their useful feedback and comments.

Photo credits:
J. Bell: CERN

00:00 Introduction
02:11 Bell's theorem
04:22 Setup
07:42 Locality
09:34 Back to Setup
11:21 Back to Locality
12:40 Statement of the theorem
14:53 Proof
22:04 Discussion
24:53 Conclusion
Рекомендации по теме
Комментарии
Автор

Thanks, I keep waiting for new videos.

andresgr
Автор

That was a great lecture on the Bell-CSHS ineq. Thanks so much !!

siddhantdas
Автор

11:22 I'm confused. He keeps saying "locality" but that formula just says they are (conditionally) independent, right? What am I missing here? Does ones imply the other? How?

rockapedra
Автор

Awesome 👏
Will you upload more lectures?

abhisheksoni