Does Z₂ Flux Disorder Freeze Dirac Fermions?

Explore the theoretical investigation of how Z_2 flux disorder affects Dirac fermions in this 51-minute conference talk from the Frontiers in Quantum Condensed Matter Physics discussion meeting. Delve into the complex interplay between topological disorder and fermionic systems as the speaker examines whether Z_2 flux disorder can effectively "freeze" the dynamics of Dirac fermions. Learn about the fundamental physics underlying this phenomenon, including the role of gauge fields, topological phases, and disorder effects in quantum condensed matter systems. Discover the theoretical frameworks used to analyze these interactions and their implications for understanding exotic quantum states of matter. Gain insights into cutting-edge research that bridges topology, disorder physics, and fermionic systems, contributing to the broader understanding of quantum many-body physics and its applications in condensed matter theory.