From the Black Hole Conundrum to the Structure of Quantum Gravity

Tuesday, January 26, 2021

Having a complete quantum theory of gravity has long been a major goal of theoretical physics. This is because a naive merger of quantum mechanics and general relativity---though it works in certain limited regimes---suffers from major theoretical problems. A particularly acute one arises when one considers the quantum mechanics of black holes: two fundamental principles of modern physics---the conservation of probability in quantum mechanics and the equivalence principle of general relativity---seem to be incompatible with each other. I will explain how recent theoretical progress begins to address this problem and portray the emerging picture of how spacetime and gravity behave at the level of full quantum gravity.

Location: Zoom

virtual (zoom)
University of California, Berkeley - Department of Physics
Research Area: