Measurement of the Casimir Interaction at Large Separations and Development of New Sensors

Explore a conference talk on measuring Casimir interactions at large separations and developing new sensors. Delve into the complexities of quantum and thermal electrodynamic fluctuations in the presence of matter, presented by Ricardo Decca from IUPUI. Examine the latest advancements in understanding classical and quantum fluctuating electromagnetic fields and their impact on various phenomena in physics, chemistry, and engineering. Discover insights into Casimir interactions between bodies, quantum field fluctuations in heat transfer, and novel questions surrounding 2D topological materials, non-reciprocal materials, and quantum friction detection. Gain perspective on the discord between experimental and theoretical results in this field and learn about potential new experimental directions. Understand the implications of these findings for fundamental science and innovative material applications.