Professor of Physics, Department of Physics
String theory, being our best hope for a complete description of quantum gravity and a unified theory of everything, also provides a powerful toolbox along the way for solving problems in seemingly very different subjects, such as strongly coupled quantum field theories, conformal field theory, integrable systems, algebraic geometry, hyperbolic geometry, etc. Xi Yin's research interest lies in the fundamental aspects of string theory, and what string theory can teach us about other fields in physics and mathematics. Yin's past works involve black holes , supersymmetric bound states in string theory [3,4], conformal field theory and gauge theory in three dimensions . His current research focuses on quantum gravity in low dimensions (e.g. ), as well as the holographic duality between gauge theory and string theory/gravity (a.k.a. AdS/CFT correspondence).