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We study the effect of a magnetic field on topological chiral channels ofbilayer graphene at electric domain walls. The persistence of chiral edgestates is attributed to the difference in valley Chern number in the regions ofopposite electric field. We explore the regime of large electric and magneticfields perpendicular to the lattice. The magnetic field shifts the channel awayfrom our electric interface in a way that is inconsistent with thesemiclassical expectation from the Lorentz force. Moreover, the magnetic fieldcauses an imbalanced layer occupation preference to the chiral channels. Thesebehaviors admit analytic solutions in the limits that either the electric orthe magnetic field dominates. We numerically show in the general case that thesystem can be well-approximated as a weighted sum of the two limits.

Magnetic Effects on Topological Chiral Channels in Bilayer Graphene