At the charge neutrality point, bilayer graphene (BLG) is strongly susceptible to electronic
interactions and is expected to undergo a phase transition to a state with spontaneously …

For bilayer graphene in a magnetic field at the neutral point, we derive and solve a full set of
gap equations including all Landau levels and taking into account the dynamically screened …

Bilayer graphene is susceptible to a family of unusual broken symmetry states with spin and
valley dependent layer polarization. We report on a microscopic study of the domain walls in …

Strain qualitatively changes the low-energy band structure of bilayer graphene, leading to
the appearance of a pair of low-energy Dirac cones near each corner of the Brillouin zone …

We study the combined effects of separated parallel disks, birefringence and surface
currents on the Casimir force and torque. All three contribute to the Casimir force and …

We explore the effect of trigonal warping and of elastic deformations on the electronic
spectrum of bilayer graphene devices, on their ballistic conductance as well as on the shot …

Conducting steady states of doped bilayer graphene have a nonzero sublattice pseudospin
polarization. Electron-electron interactions renormalize this polarization even at zero …

Based on the quantum kinetic equations for systems with SU (2) structure, regularization-
free density and pseudospin currents are calculated in graphene realized as the infinite …

We study theoretically the minimal conductivity of monolayer graphene in the presence of
Rashba spin–orbit coupling. The Rashba spin–orbit interaction causes the low-energy …

Energy bands in AB-stacked bilayer graphene are featured by the co-presence of trigonal
warping and a Mexican hat structure around each Dirac point, and electrically modulatable …