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• W3129223669 abstract "Strain can be used to modify the band structure—and thus the electronic properties—of two-dimensional materials. However, research has focused on the use of monolayer graphene with a limited lowering of spatial symmetry and considered only the real-space pseudo-magnetic field. Here we show that lithographically patterned strain can be used to create a non-trivial band structure and exotic phase of matter in bilayer graphene. The approach creates artificially corrugated bilayer graphene in which real-space and momentum-space pseudo-magnetic fields (Berry curvatures) coexist and have non-trivial properties, such as Berry curvature dipoles. This leads to the appearance of two Hall effects without breaking time-reversal symmetry: a nonlinear anomalous Hall effect that originates from the Berry curvature dipole, previously only observed in the Weyl semimetal WTe2, and a linear Hall effect that originates from a warped band dispersion on top of Rashba-like valley–orbit coupling and is similar to the recently proposed Magnus Hall effect. Artificial corrugations in bilayer graphene can produce a nonlinear anomalous Hall effect that originates from the Berry curvature dipole and a linear Hall effect that originates from a warped Rashba-like valley–orbit coupled band dispersion." @default.
• W3129223669 created "2021-03-01" @default.
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• W3129223669 date "2021-02-22" @default.
• W3129223669 modified "2023-10-18" @default.
• W3129223669 title "Hall effects in artificially corrugated bilayer graphene without breaking time-reversal symmetry" @default.
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• W3129223669 doi "https://doi.org/10.1038/s41928-021-00537-5" @default.
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