Low dimensionality is generally considered as a necessary ingredient for high
superconducting transition temperatures. Surprisingly, perhaps, systems based on graphite …

We study the superconducting phases of the two-dimensional honeycomb lattice of
graphene. We find two spin singlet pairing states; s wave and an exotic p+ ip that is possible …

The field of superconductivity in the class of materials known as graphite intercalation
compounds has a history dating back to the 1960s (Dresselhaus and Dresselhaus, 1981; …

This article reviews new superconducting phases of carbon-based materials. During the
past decade, new carbon-based superconductors have been extensively developed through …

There is a great deal of fundamental and practical interest in the possibility of inducing
superconductivity in a monolayer of graphene. But while bulk graphite can be made to …

Using the ab initio anisotropic Eliashberg theory including Coulomb interactions, we
investigate the electron-phonon interaction and the pairing mechanism in the recently …

We measured the temperature dependent resistivity, ϱ (T), of the intercalated graphite
superconductor CaC 6 as a function of pressure up to 16 GPa. We found a large linear …

We report first-principles calculations of the superconducting properties of CaC 6, obtained
within the density functional theory of superconductivity. We find a moderately anisotropic …

We present the first angle-resolved photoemission studies of electronic structure in CaC 6, a
superconducting graphite intercalation compound with T c= 11.6 K. We find that, contrary to …

We report the discovery of superconductivity below 1.65 (6) K in Sr-intercalated graphite SrC
6, by susceptibility and specific heat (C p) measurements. In comparison with CaC 6, we …