Theory of the spontaneous buckling of doped graphene
arXiv:0810.1062 · doi:10.1103/PhysRevB.79.113411
Abstract
Graphene is a realization of an esoteric class of materials -- electronic crystalline membranes. We study the interplay between the free electrons and the two-dimensional crystal, and find that it induces a substantial effect on the elastic structure of the membrane. For the hole-doped membrane, in particular, we predict a spontaneous buckling. In addition, attenuation of elastic waves is expected, due to the effect of corrugations on the bulk modulus. These discoveries have a considerable magnitude in graphene, affecting both its mesoscopic structure, and its electrical resistivity, which has an inherent asymmetry between hole- and electron-doped graphene.
Accepted for publication in PRB
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Cited by in corpus (4)
- Optical Separation of Mechanical Strain from Charge Doping in Graphene
- Dynamical current-current correlation of the hexagonal lattice and graphene
- Bifurcation analysis and phase diagram of a spin-string model with buckled states
- STM driven transition from rippled to buckled graphene in a spin-membrane model