Three-Loop Calculation of the Anyonic Full Cluster Expansion
R. Emparan, M. A. Valle Basagoiti
TL;DR
This paper computes second-order perturbative corrections to cluster coefficients in an anyonic gas using Chern-Simons field theory, advancing understanding of quantum statistical interactions.
Contribution
It introduces a detailed three-loop calculation of cluster coefficients for anyons, a novel perturbative approach in this context.
Findings
Calculated second-order corrections to cluster coefficients
Enhanced theoretical understanding of anyonic interactions
Applied Chern-Simons field theory to many-body quantum systems
Abstract
We calculate the perturbative correction to every cluster coefficient of a gas of anyons through second order in the anyon coupling constant, as described by Chern-Simons field theory.
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