Controlling the Casimir Effect With Novel Materials and Geometries - Jeremy Munday

Explore the cutting-edge research on controlling the Casimir effect through novel materials and geometries in this 45-minute conference talk by Jeremy Munday from UC Davis. Recorded as part of the Quantum and Thermal Electrodynamic Fluctuations in the Presence of Matter conference at the Kavli Institute for Theoretical Physics, delve into the fascinating world of classical and quantum fluctuating electromagnetic fields and their impact on fundamental and practical phenomena in physics, chemistry, and engineering. Discover the latest developments in Casimir interactions, quantum field fluctuations in heat transfer, and the potential applications of 2D topological and non-reciprocal materials. Gain insights into ongoing research challenges, including the detection of quantum friction and the reconciliation of conflicting experimental and theoretical results. Join leading theorists and experimentalists as they address unsettled topics and explore new experimental directions in this rapidly evolving field of study.

Controlling the Casimir effect with novel materials and geometries ▸ Jeremy Munday (UC Davis)