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Strange metallicity is now a pseudonym for a novel metallic state exhibitinganomalous infra-red (branch-cut) continuum features in one and two particleresponses. Here, we employ dynamical mean-field theory (DMFT) using verylow-temperature continuous-time-quantum Monte-Carlo (CTQMC) solver for anextended periodic Anderson model (EPAM) model to investigate unusual magneticfluctuations in the strange metal. We show how extinction of Landauquasiparticles in the orbital selective Mott phase (OSMP) leads to (i)qualitative explication of strange transport features and (ii) anomalousquantum critical magnetic fluctuations due to critical liquid-like features indynamical spin fluctuations, in excellent accord with data in some f-electronsystems.

A DMFT+CTQMC Investigation of Strange Metallicity in Local Quantum Critical Scenario