Mei-Rong Li

Vortex state of a d -wave superconductor at low temperatures

A systematic perturbation theory is developed to describe the magnetic field-induced subdominant s- and

Longitudinal acoustic attenuation in unusual two-dimensional superconductors

{d}_{\mathrm{xy}}

Investigation about the interaction behavior of gauge vortices on a triangular lattice

-wave order parameters in the mixed state of a

Staggered gauge vortices on a triangular lattice

{d}_{{x}^{2}\ensuremath{-}{y}^{2}}

A Possible Pairing Mechanism in Two-Band Hubbard Model*

-wave superconductor, enabling us to obtain, within weak-coupling BCS theory, analytic results for the free energy of a d-wave superconductor in an applied magnetic field

Stability of the d-wave resonating-valence-bond state against the 14(π/2)-flux phase state on a triangular lattice

{H}_{c1}\ensuremath{\lesssim}H\ensuremath{\ll}{H}_{c2}

Observation of the surface circular photogalvanic effect in InN films

from

Free energy and magnetic penetration depth of a d -wave superconductor in the Meissner state

{T}_{c}

Interactions between gauge vortices on a triangular lattice

down to very low temperatures. Known results for a single isolated vortex in the Ginzburg-Landau regime are recovered, and the behavior at low temperatures for the subdominant component is shown to be qualitatively different. In the case of the subdominant

Effect of the intersite Coulomb interaction in the extended Hubbard model.

{d}_{\mathrm{xy}}