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We theoretically propose that giant magnetochiral anisotropy is achieved in Weyl semimetals in noncentrosymmetric crystals as a consequence of the chiral anomaly.
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Although the cross section of the Si sample is not explicitly written in Ref. [ 25 ] , we assumed the cross section to be A = 10 − 9 m 2 A=10^{-9}\textrm{m}^{2} by considering the channel length of 100 μ 100\mu m
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