Fermi-liquid corrections to the intrinsic anomalous Hall conductivity of topological metals

Abstract

We show that topological metals lacking time-reversal symmetry have an intrinsic non-quantized component of the anomalous Hall conductivity which is contributed not only by the Berry phase of quasiparticles on the Fermi surface, but also by Fermi-liquid corrections due to the residual interactions among quasiparticles, the Landau f-parametes. These corrections pair up with those that modify the optical mass with respect to the quasiparticle effective one, or the charge compressibility with respect to the quasiparticle density of states. Our result supports recent claims that the correct expressions for topological observables include vertex corrections besides the topological invariants built just upon the Green's functions. Furthermore, it demonstrates that such corrections are naturally accounted for by Landau's Fermi liquid theory, here extended to the case in which coherence effects between bands crossing the chemical potential and those that are instead away from it play a crucial role, as in the anomalous Hall conductivity, and have important implications when those metals are on the verge of a doping-driven Mott transition, as we discuss.

Resubmission to SciPost Physics

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Cited by in corpus (5)

• Band structure picture for topology in strongly correlated systems with the ghost Gutzwiller ansatz
• Generalized Peierls substitution for Wannier obstructions: response to disorder and interactions
• Ghost Embedding Bridging Chemistry and One-Body Theories
• Impurity-induced Mott ring states and Mott zeros ring states in the Hubbard operator formalism
• Probing the Quantum Geometry of Correlated Metals using Optical Conductivity