Domain Walls Motion and Resistivity in a Fully-Frustrated Josephson Array

Abstract

It is identified numerically that the resistivity of a fully-frustrated Josephson-junction array is due to motion of domain walls in vortex lattice rather than to motion of single vortices.

References in corpus (4)

• Two phase transitions in the fully frustrated $XY$ model
• Nature of Phase Transitions of Superconducting Wire Networks in a Magnetic Field
• Monte Carlo study of the Villain version of the fully frustrated XY model
• Comment on "Two Phase Transitions in the Fully frustrated XY Model"

Cited by in corpus (6)

• Non-equilibrium transitions in fully frustrated Josephson junction arrays
• Resistivity scaling and critical dynamics of fully frustrated Josephson-junction arrays with on-site dissipation
• Critical Behavior of Frustrated Josephson Junction Arrays with Bond Disorder
• Giant Shapiro steps for two-dimensional Josephson-junction arrays with time-dependent Ginzburg-Landau dynamics
• Two dynamic exponents in the resistive transition of fully frustrated Josephson-junction arrays
• Critical current from dynamical boundary instability for fully frustrated Josephson junction arrays