Add to ORKGUsing a non-perturbative method based on the selfconsistent Quasi-particle Random-Phase Approximation (QRPA) we describe the properties of the pion in the linear \sigma-model. It is found that the pion is massless in the chiral limit, both at zero- and finite temperature, in accordance with Goldstone's theorem
We extend chiral perturbation theory to study a meson gas out of thermal equilibrium. Assuming that ...
AbstractFeynman's functional formulation of statistical mechanics is used to study the renormalizabi...
We apply a self-consistent relativistic mean-field variational Gaussian functional (or Hartree) appr...
Using a non-perturbative method based on the selfconsistent Quasi-particle Random-Phase Approximatio...
Hadronic physics in field theory is a difficult subject and a field of active research. The problem ...
The pion production by sigma decay and its relation with chiral symmetry restoration in a hot and de...
We apply the formalism of chiral perturbation theory out of thermal equilibrium to describe explosiv...
We construct effective one-loop vertices and propagators in the linear sigma model at finite tempera...
Pions and kaons have double nature: the chiral dynamics of Nambu-Goldstone bosons together with the ...
A non-perturbative s-wave renormalization of the pion in a hot and baryon rich medium is presented. ...
For an exact chiral symmetry which is spontaneously broken at zero temperature, we show that at nonz...
Tree-level and complete one-loop parametrisation of the linear sigma model (LSM) is performed and th...
We consider the O(N + 1)/O(N) nonlinear sigma model for large N as an effective theory for low-energ...
We consider the O(N + 1)/O(N) nonlinear sigma model for large N as an effective theory for low-energ...
In this thesis we study the phase diagram of quantum chromodynamics in an effective low-energy theor...
We extend chiral perturbation theory to study a meson gas out of thermal equilibrium. Assuming that ...
AbstractFeynman's functional formulation of statistical mechanics is used to study the renormalizabi...
We apply a self-consistent relativistic mean-field variational Gaussian functional (or Hartree) appr...
Using a non-perturbative method based on the selfconsistent Quasi-particle Random-Phase Approximatio...
Hadronic physics in field theory is a difficult subject and a field of active research. The problem ...
The pion production by sigma decay and its relation with chiral symmetry restoration in a hot and de...
We apply the formalism of chiral perturbation theory out of thermal equilibrium to describe explosiv...
We construct effective one-loop vertices and propagators in the linear sigma model at finite tempera...
Pions and kaons have double nature: the chiral dynamics of Nambu-Goldstone bosons together with the ...
A non-perturbative s-wave renormalization of the pion in a hot and baryon rich medium is presented. ...
For an exact chiral symmetry which is spontaneously broken at zero temperature, we show that at nonz...
Tree-level and complete one-loop parametrisation of the linear sigma model (LSM) is performed and th...
We consider the O(N + 1)/O(N) nonlinear sigma model for large N as an effective theory for low-energ...
We consider the O(N + 1)/O(N) nonlinear sigma model for large N as an effective theory for low-energ...
In this thesis we study the phase diagram of quantum chromodynamics in an effective low-energy theor...
We extend chiral perturbation theory to study a meson gas out of thermal equilibrium. Assuming that ...
AbstractFeynman's functional formulation of statistical mechanics is used to study the renormalizabi...
We apply a self-consistent relativistic mean-field variational Gaussian functional (or Hartree) appr...