Flat Band and Weyl Physics in Ferromagnetic Kagome Lattices

Explore the intriguing world of ferromagnetic kagome lattices in this 46-minute conference talk by Y. Soh from Paul Scherrer Institute, Switzerland. Delve into the fascinating interplay between flat band and Weyl physics as part of the Workshop on Strong Electron Correlations in Quantum Materials: Inhomogeneities, Frustration, and Topology. Gain insights into the classic strange metal paradigm and discover the unique electronic properties of kagome lattices. Examine how electronic band structure depends on spin polarization and understand the angular dependent Hall effect. Investigate the relationship between magnetization direction and carrier density, and uncover the principles of charge conservation and fractionalization in these complex quantum systems.

Intro
Outline of talk
Classic strange metal paradigm
Electronic properties of kagome lattices
Electronic band structure dependent on spin polarization
Angular dependent Hall effect
Magnetization direction dependent carrier density
Charge conservation and fractionalization