Monte Carlo simulations of a Kagome Kondo-lattice model show that intrinsic Berry-curvature transport dominates in the skyrmion phase while extrinsic skew scattering from dynamical spin-chirality fluctuations dominates near order-disorder transitions, with opposite signs explaining experimental sign
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Co2MnSn exhibits intrinsic Berry curvature-driven anomalous Hall conductivity ~500 S/cm and Nernst ~1.3 A/m/K at room temperature from topological Weyl points, enhanced to 1376 S/cm and 1.49 A/m/K at 150 K by Fermi level tuning.
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Anomalous Hall and Nernst effects driven by static and fluctuating spin chiralities on Kagome lattice
Monte Carlo simulations of a Kagome Kondo-lattice model show that intrinsic Berry-curvature transport dominates in the skyrmion phase while extrinsic skew scattering from dynamical spin-chirality fluctuations dominates near order-disorder transitions, with opposite signs explaining experimental sign
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Intrinsic Berry Curvature Driven Anomalous Hall and Nernst Effect in Co$_2$MnSn
Co2MnSn exhibits intrinsic Berry curvature-driven anomalous Hall conductivity ~500 S/cm and Nernst ~1.3 A/m/K at room temperature from topological Weyl points, enhanced to 1376 S/cm and 1.49 A/m/K at 150 K by Fermi level tuning.