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Spontaneous intervalley coherence is suspected in several different graphenemultilayer systems, but is difficult to confirm because of a paucity ofconvenient experimental signatures. Here we suggest that magneto-conductancefeatures associated with quantum corrections to Drude conductivity can serve asa smoking gun for intervalley coherence that does not break time-reversalsymmetry. In this class of ordered multilayer quantum transport corrections canproduce weak localization or weak antilocalization, depending on whether thevalley order belongs to the orthogonal or symplectic symmetry class. Ouranalysis motivates low-temperature weak-field magnetoresistance measurements ingraphene multilayers in which time-reversal invariant intervalley coherentorder is conjectured.

Weak localization as a probe of intervalley coherence in graphene multilayers