Nonequilibrium Topological Phases and Floquet Quantum Computation

Explore the fascinating world of nonequilibrium topological phases and Floquet quantum computation in this 47-minute lecture by Jiangbin Gong from PCS Institute for Basic Science. Delve into the rich and exotic realm of time-periodic modulation-induced topological phases of matter, covering both single-particle and many-body levels. Learn about groundbreaking research results, including the generation of robust chiral edge channels and topological modes. Discover intriguing subharmonic responses in Floquet topological matter and their potential applications in braiding operations and measurement-based quantum computation. Gain insights into recent advancements such as time-periodic corner states, Floquet Majorana corner modes, and exotic topological linkages between nodal loops in Floquet semimetals.

Jiangbin Gong: Nonequilibrium Topological Phases and Floquet Quantum Computation