Add to ORKGWe employ the Bardeen-Cooper-Schrieffer theory to calculate the frequency-dependent interlayer conductivity of a superconducting bilayer, the two layers of which are coupled by weak single-particle tunneling. The effect of the superconducting transition on the normal-state absorption band is to blue-shift and broaden it, while causing the peak absorption to be reduced and the line shape to become asymmetric.</p
The observed \tc enhancement in heterostructures of high-temperature superconductors is investigated...
ABSTRACT: We study interlayer transport in double-layered (mmm) quantum Hall liquids in the weak tun...
We studied electron-phonon interactions in systems consisting of conducting layers separated by insu...
We employ the Bardeen-Cooper-Schrieffer theory to calculate the frequency-dependent interlayer condu...
Physical effects of bilayer coupling on the tunneling spectroscopy of high-T-c cuprates are investig...
Assuming that charge carriers form a Fermi liquid state, we study a model for layered high-temperatu...
We study theoretically the out-of-plane optical conductivity of d-wave superconductors in the presen...
We compute the optical conductivity of 2D f-wave superconductors and also of the multigap model prop...
The c-axis optical properties of cuprate superconductors have been studied by grazing angle reflecti...
The c-axis optical properties of cuprate superconductors have been studied by grazing angle reflecti...
The c-axis optical properties of cuprate superconductors have been studied by grazing angle reflecti...
We calculate theoretically the optical conductivity in the bilayer graphene by considering Kubo-Gree...
We present the derivation of boundary conditions on a wave function at the normal metal/superconduct...
Recently, it has been proposed that a mechanism for the appearance of nonequilibrium superconductivi...
The optical conductivity measurements give a powerful tool to investigate the nature of the super-co...
The observed \tc enhancement in heterostructures of high-temperature superconductors is investigated...
ABSTRACT: We study interlayer transport in double-layered (mmm) quantum Hall liquids in the weak tun...
We studied electron-phonon interactions in systems consisting of conducting layers separated by insu...
We employ the Bardeen-Cooper-Schrieffer theory to calculate the frequency-dependent interlayer condu...
Physical effects of bilayer coupling on the tunneling spectroscopy of high-T-c cuprates are investig...
Assuming that charge carriers form a Fermi liquid state, we study a model for layered high-temperatu...
We study theoretically the out-of-plane optical conductivity of d-wave superconductors in the presen...
We compute the optical conductivity of 2D f-wave superconductors and also of the multigap model prop...
The c-axis optical properties of cuprate superconductors have been studied by grazing angle reflecti...
The c-axis optical properties of cuprate superconductors have been studied by grazing angle reflecti...
The c-axis optical properties of cuprate superconductors have been studied by grazing angle reflecti...
We calculate theoretically the optical conductivity in the bilayer graphene by considering Kubo-Gree...
We present the derivation of boundary conditions on a wave function at the normal metal/superconduct...
Recently, it has been proposed that a mechanism for the appearance of nonequilibrium superconductivi...
The optical conductivity measurements give a powerful tool to investigate the nature of the super-co...
The observed \tc enhancement in heterostructures of high-temperature superconductors is investigated...
ABSTRACT: We study interlayer transport in double-layered (mmm) quantum Hall liquids in the weak tun...
We studied electron-phonon interactions in systems consisting of conducting layers separated by insu...