Summary
This project investigates the mathematical foundations of new phases of matter in condensed matter physics, such as stacked and twisted two-dimensional semiconductors/graphene, which are at the forefront of modern quantum science. Although experimental observations have been very fruitful, understanding their novel electronic and physical properties still requires new mathematical methods. This project develops new tools to analyze these materials in the semiclassical regime: the limit where quantum and classical physics meet. This project supports the design of future electronic and quantum d
