Simulations of Dynamical Ordering in Pinned Vortex Systems
M. F. Laguna, P. S. Cornaglia, and C. A. Balseiro
TL;DR
This paper uses numerical simulations to study how vortex systems with pinning centers organize dynamically under external forces, revealing insights into their structural evolution and energy behavior.
Contribution
It introduces a simulation approach to analyze dynamical ordering in vortex systems with combined bulk and superficial pinning.
Findings
Vortex lattices can be dynamically ordered through external forces.
Final vortex structures depend on pinning configurations and applied forces.
Energy analysis reveals stabilization patterns during vortex ordering.
Abstract
We model a vortex system in a sample with bulk pinning and superficial pinning generated by a magnetic decoration. We perform a sequence of finite temperature numerical experiments in which external forces are applied to obtain a dynamically ordered vortex lattice. We analyze the final structures and the behavior of the total energy of the system.
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