Energy, Mass, and Angular Momentum in General Relativity

Explore the complexities of defining fundamental quantities in general relativity in this 1-hour 5-minute lecture by Mu-Tao Wang at BIMSA. Delve into the challenges posed by Einstein's equivalence principle and coordinate independence in defining localized gravitational density. Examine the decades-long efforts to understand energy, mass, and angular momentum within the framework of general relativity. Gain insights into the intricate nature of these concepts and their implications for our understanding of the universe.

Mu-Tao Wang: Energy, mass, and angular momentum in general relativity #ICBS2024