The authors derive a dielectric-function-method gap equation for a Dirac cone and compute plasmon-mediated superconducting critical temperatures in graphene that rise to the millikelvin range with density.
Two-dimensional gas of massless dirac fermions in graphene,
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Plasmonic Cooper pairing in single layer graphene
The authors derive a dielectric-function-method gap equation for a Dirac cone and compute plasmon-mediated superconducting critical temperatures in graphene that rise to the millikelvin range with density.