Phonon-induced magnetoresistivity of Weyl semimetal nanowires
arXiv:2110.05149 · doi:10.1103/PhysRevB.104.155425
Abstract
We study longitudinal magnetotransport in disorder-free cylindrical Weyl semimetal nanowires. Our theory includes a magnetic flux piercing the nanowire and captures the finite curvature of the Fermi arc in the surface Brillouin zone through a boundary angle . Electron backscattering by acoustic phonons via the deformation potential causes a finite resistivity which we evaluate by means of the semiclassical Boltzmann approach. We find that low-energy transport is dominated by surface states, where transport observables are highly sensitive to the angle and to Aharonov-Bohm phases due to . A generic subband dispersion relation allows for either one or two pairs of Fermi points. In the latter case, intra-node backscattering is possible and implies a parametrically larger resistivity than for a single Fermi point pair. As a consequence, large and abrupt resistivity changes take place across the transition points separating parameter regions with a different number of Fermi point pairs in a given subband.
arXiv comment16 pages, 12 figures. To appear in PRB
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