Deviations From Ohmic Transport in Crystalline Graphene Ferromagnets - Andrea Young

Explore deviations from ohmic transport in crystalline graphene ferromagnets in this 33-minute conference talk by Andrea Young from UCSB. Delivered as part of the "Electron Correlations beyond the Quasiparticle Paradigm: Theory and Experiment" conference at the Kavli Institute for Theoretical Physics, delve into cutting-edge research on materials that challenge the Fermi-liquid paradigm. Examine new theoretical and experimental results reshaping our understanding of quantum matter, focusing on non-Fermi liquid observations, electron transport beyond quasiparticles, and the nature of Cooper pairing in systems without well-defined quasiparticles. Gain insights into recent developments in quantum Monte Carlo simulations and analytical results of effective low-energy theories, contributing to the ongoing discussion on the boundaries of traditional quasiparticle frameworks in condensed matter physics.

Deviations from ohmic transport in crystalline graphene ferromagnets ▸ Andrea Young (UCSB)