Abstract Large-scale Monte Carlo simulations are employed to study phase transitions in the
three-dimensional compact Abelian Higgs model in adjoint representations of the matter …

We use a novel method of computing the third moment M 3 of the action of the (2+ 1)-
dimensional compact Higgs model in the adjoint representation with q= 2 to extract …

We present a semi-perturbative approach which yields an infrared-stable fixed point in the
Ginzburg–Landau for N= 2, where N/2 is the number of complex components. The …

We consider the scaling behavior in the critical domain of superconductors at zero external
magnetic field. The first part of the paper is concerned with the Ginzburg-Landau model in …

In this paper the statistical mechanical problem of two topologically linked polymers is
related to a topological Ginzburg-Landau model coupled to two Chern-Simons field theories …

This is a self‐contained introduction to polymer physics and to the application of field
theoretical techniques to the statistical mechanics of polymer systems. Of course, since …

In this paper the statistical mechanics of two topologically linked polymers is investigated.
We show that this problem can be related to a n-components topological Ginzburg-Landau …

The anomalous scaling in the Ginzburg-Landau model for the superconducting phase
transition is studied. It is argued that the negative sign of the η exponent is a consequence of …

The critical fluctuations of superconductors are discussed in a fixed dimension scaling suited
to describe the type-II regime. The gauge dependence of the anomalous dimension of the …

We demonstrate that the Higgs mechanism in three-dimensional topological
superconductors exhibits unique features with experimentally observable consequences …