  Motivated by the recent prediction of the Magnus Hall effect in systems with
broken inversion symmetry, in this paper we study the Magnus Nernst effect and
the Magnus thermal Hall effect. In presence of an in-built electric field, the
self rotating wave-packets of electrons with finite Berry curvature generate a
Magnus velocity perpendicular to both. This anomalous Magnus velocity gives
rise to the Magnus Hall transport which manifests in all four electro-thermal
transport coefficients. In this paper, we demonstrate the existence of the
Magnus Nernst and Magnus thermal Hall effect in monolayer WTe2 and gapped
bilayer graphene, using the semiclassical Boltzmann formalism. We show that the
Magnus velocity can also give rise to Magnus valley Hall effect in gapped
graphene. Magnus velocity can be useful for experimentally probing the Berry
curvature, and design of novel electrical and electro-thermal devices.
