Towards a String Formulation of Vortex Dynamics
Elsebeth Schroder (Bayreuth), Ola Tornkvist (Fermilab, DAMTP,, Cambridge)

TL;DR
This paper derives an exact equation of motion for vortices in complex field models, exploring how to reduce field dynamics to a string-based dynamical system with non-local interactions.
Contribution
It introduces a precise vortex motion equation and discusses the reduction of field dynamics to a string-based model with non-local interactions.
Findings
Derived an exact vortex motion equation
Analyzed reduction of field dynamics to string models
Discussed non-local interactions in vortex systems
Abstract
We derive an exact equation of motion for a non-relativistic vortex in two- and three-dimensional models with a complex field. The velocity is given in terms of gradients of the complex field at the vortex position. We discuss the problem of reducing the field dynamics to a closed dynamical system with non-locally interacting strings as the fundamental degrees of freedom.
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Taxonomy
TopicsFluid Dynamics and Vibration Analysis
