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The phonon magnetochiral effect consists of a nonreciprocity in the velocityor attenuation of acoustic waves when they propagate parallel and antiparallelto an external magnetic field. The first experimental observation of thiseffect has been reported recently in a chiral magnet and ascribed to thehybridization between acoustic phonons and chiral magnons. Here, we predict apotentially measurable phonon magnetochiral effect of electronic origin inchiral Weyl semimetals. Caused by the Berry curvature and the orbital magneticmoment, this effect is enhanced for longitudinal phonons by the chiral anomaly.

Phonon magnetochiral effect of band-geometric origin in Weyl semimetals