C. A. Linhares

Spontaneous symmetry restoration in a field theory at finite chemical potential in a toroidal topology

We consider the massive vector

Magnetic effects on spontaneous symmetry breaking/restoration in a toroidal topology

N

Abelian Higgs model effective potential in the presence of vortices

-component

Perturbing Topological Field Theories

(\lambda\varphi^{4})_{D}

Time evolution of a superposition of dressed oscillator states in a cavity

theory defined on a Euclidean space with a toroidal topology. Using recently developed methods to perform a compactification of a

FUNCTIONAL BOSONIZATION OF NONRELATIVISTIC FERMIONS IN 2+1 DIMENSIONS

d

Large-mass behaviour of loop variables in abelian Maxwell-Chern-Simons theory

-dimensional subspace at finite chemical potential, we treat jointly the effects of temperature and spatial boundaries, setting forth grounds for an analysis of spontaneous symmetry restoration driven by temperature and spatial boundaries as a function of the chemical potential. We restrict ourselves to d=2, which corresponds to the heated system confined between two parallel planes (separation

Behavior of a bipartite system in a cavity

L

Galerkin-method approach to nonlinear soliton classical stability

) in dimensions D=3 and D=4. We present results, in the large-

Condensation of vortex-strings: effective potential contribution through dual actions

N