Monte Carlo calculation of the linear resistance of a three dimensional lattice Superconductor model in the London limit

Abstract

We have studied the linear resistance of a three dimensional lattice Superconductor model in the London limit London lattice model by Monte Carlo simulation of the vortex loop dynamics. We find excellent finite size scaling at the phase transition. We determine the dynamical exponent $z=1.51$ for the isotropic London lattice model.

4 pages, RevTeX with 3 postscript figures included

References in corpus (6)

• Vortex Line Fluctuations in Model High Temperature Superconductors
• Superconducting Coherence in a Vortex Line Liquid; Simulations with Finite λ
• Monte Carlo calculation of the current-voltage characteristics of a two dimensional lattice Coulomb gas
• Percolation transition of the vortex lattice and c-axis resistivity in high-temperature superconductors
• Driven Diffusion in the Two-Dimensional Lattice Coulomb Gas; A Model for Flux Flow in Superconducting Networks
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• Evidence of Two Distinct Dynamic Critical Exponents in Connection with Vortex Physics
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• Critical relaxational dynamics at the continuous transitions of three-dimensional spin models with ${\mathbb{Z}}_2$ gauge symmetry
• Relaxational dynamics study of the classical Heisenberg spin XY model in spherical coordinate representation
• The Effect of Columnar Disorder on the Superconducting Transition of a Type-II Superconductor in Zero Applied Magnetic Field
• Comment on "Critical Dynamics of a Vortex-Loop Model for the Superconducting Transition"
• Reply to Comment on "Critical Dynamics of a Vortex-Loop Model for the Superconducting Transition"