Symmetry, Topology, and the Many Faces of Condensed Matter

Explore the powerful role of symmetry in physics and its impact on understanding phases of matter in this 52-minute colloquium talk by Fiona Burnell from the University of Minnesota. Delve into how different types of symmetries, including those with unusual spatial structures and exotic particle interactions, can constrain and define the possibilities of nature. Discover how investigating new symmetries has expanded our understanding of matter, leading to the identification of novel phase classes and innovative platforms for their realization. Gain insights into the intersection of symmetry, topology, and condensed matter physics, and learn how these principles allow for exact statements even in challenging calculation regimes.

Fiona Burnell - “Symmetry, topology, and the many faces of condensed matter”