Vortical Coefficients in the Hydrodynamic Transport of Electrons

Explore the hydrodynamic transport properties of electrons through the lens of vortical coefficients in this 50-minute conference talk. Delve into the theoretical framework that describes electron flow using fluid dynamics principles, examining how vortical effects influence transport phenomena in quantum condensed matter systems. Learn about the mathematical formulation of vortical coefficients and their role in characterizing non-trivial transport behaviors that emerge when electrons behave collectively as a fluid. Understand the physical mechanisms underlying these effects and their implications for understanding electronic transport in modern quantum materials. Gain insights into how hydrodynamic descriptions can capture emergent phenomena that go beyond conventional single-particle transport theories, particularly in systems where electron-electron interactions lead to collective fluid-like behavior.