Talk
Uncovering the Underlying Structure of the Universe
Tuesday, January 10, 2023, 6:30PM
NYUAD Campus, Conference Center
Past Event
Open to the Public
The apparent order of the universe from microscopic sizes to the cosmic distances relies on an intricate internal structure that often defies common intuition. Despite its complexity, this structure is highly constrained by physical principles formulated by physicists during the past few hundred years. This talk highlights how physicists have reached our current understanding of the universe, all the way from the idea that everything is composed of tiny vibrating strings, to how black holes defy space and time to preserve information, and to the profound reasons for why the universe around us is incredibly huge.
The apparent order of the universe from microscopic sizes to the cosmic distances relies on an intricate internal structure that often defies common intuition. Despite its complexity, this structure is highly constrained by physical principles formulated by physicists during the past few hundred years. This talk highlights how physicists have reached our current understanding of the universe, all the way from the idea that everything is composed of tiny vibrating strings, to how black holes defy space and time to preserve information, and to the profound reasons for why the universe around us is incredibly huge.
- Cumrun Vafa, Hollis Professor of Mathematics and Natural Philosophy, Harvard University
- Nima Arkani-Hamed, Theoretical Physicist, Institute for Advanced Study
- Juan Maldacena, Theoretical Physicist, Institute for Advanced Study
- Ahmed Almheiri, Assistant Professor of Physics, NYUAD
In collaboration with
