Radiative Processes in Graphene and Similar Nanostructures at Strong Electric Fields

29 Nov 2016 Gavrilov S. P. Gitman D. M.

Low-energy single-electron dynamics in graphene monolayers and similar nanostructures is described by the Dirac model, being a 2+1 dimensional version of massless QED with the speed of light replaced by the Fermi velocity v_{F}=c/300. Methods of strong-field QFT are relevant for the Dirac model, since any low-frequency electric field requires a nonperturbative treatment of massless carriers in case it remains unchanged for a sufficiently long time interval... (read more)

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  • MESOSCALE AND NANOSCALE PHYSICS
  • HIGH ENERGY PHYSICS - THEORY