This course explores the essential insights and lingering questions of Einstein's general theory of relativity, discussing topics such as observational support for Einstein's theories, the history of black holes, string theory, information loss at black holes, and the fabric of space-time. The course aims to deepen understanding of the intersection between general relativity and quantum mechanics, with a teaching method that involves presentations and discussions by leaders in the field of physics. The intended audience includes individuals interested in theoretical physics, cosmology, and the latest advancements in the field.
Overview
Syllabus
Introduction with Brian Greene
Participant Introductions
What aspect of physics is so important that you would tattoo it on your body?
Steven Weinberg takes us from Newton to Einstein.
What was the observational support for Einstein theories?
Can Newtons ideas be extracted from Einstein's?
What did Einstein think about the Big Bang?
What did Hubble's observations discover?
What is the biggest unsolved problem in cosmology?
What is the history of Black Holes?
Einstein's thoughts on singularity.
What is a gravitational wave?
What does a gravitational wave sound like?
Combining General relativity and Quantum mechanics.
Cumrun Vafa on String theory.
Samir Mathur explains information loss at a black hole.
Black Holes to Wormholes.
Is the fabric of space time a physical thing?
What is the one question you would want answered in your lifetime?
Taught by
World Science Festival
