# Quantum contribution to magnetotransport in weak magnetic fields and negative longitudinal magnetoresistance

@article{Pal2021QuantumCT, title={Quantum contribution to magnetotransport in weak magnetic fields and negative longitudinal magnetoresistance}, author={Hridis Kumar Pal}, journal={Physical Review B}, year={2021} }

Longitudinal magnetoresistance (LMR) refers to the change in resistance due to a magnetic field when the current and the magnetic field are parallel to each other. For this to be nonzero in weak magnetic fields, kinetic theory stipulates that the electronic dispersion must satisfy certain conditions: it should either be sufficiently anisotropic or have topological features. The former results in a positive LMR while the latter results in a negative LMR. Here, I propose a different mechanism…

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