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Boundaries between structural twins of bilayer graphene (so-called AB/BAdomain walls) are often discussed in terms of the formation of topologicallyprotected valley-polarised chiral states. Here, we show that, depending on thewidth of the AB/BA boundary, the latter can also support non-chiralone-dimensional (1D) states that are confined to the domain wall at lowenergies and take the form of quasi-bound states at higher energies, where the1D bands cross into the two-dimensional spectral continuum. We present theresults of modeling of electronic properties of AB/BA domain walls with andwithout magnetic field as a function of their width and interlayer bias.

Non-chiral one-dimensional sates propagating inside AB/BA domain walls in bilayer graphene