A THEORY OF HIGH ELECTRIC FIELD TRANSPORT 1. Introduction
... The superscripts “im” and “ph” refer to the impurity and phonon contributions, respectively, to the interaction Hamiltonian. Since we are here concerned with the spin-independent properties only, we suppress the spin indices u in the following. The Hamiltonian H may be interpreted as the Hamiltonian ...
... The superscripts “im” and “ph” refer to the impurity and phonon contributions, respectively, to the interaction Hamiltonian. Since we are here concerned with the spin-independent properties only, we suppress the spin indices u in the following. The Hamiltonian H may be interpreted as the Hamiltonian ...
Statistical Physics (PHY831): Part 4: Superconductors at finite
... Understanding of vortex states requires understanding of two key lengths in superconductors and charged superfluids, the healing length (ξ) and the penetration depth (λ). In neutral superfluids we need to understand the healing length, but there is no analog of the penetration depth. The healing len ...
... Understanding of vortex states requires understanding of two key lengths in superconductors and charged superfluids, the healing length (ξ) and the penetration depth (λ). In neutral superfluids we need to understand the healing length, but there is no analog of the penetration depth. The healing len ...
