We study the beta functions of the leading, two-derivative terms of the left-gauged SU(N) nonlinear sigma-model in d dimensions. In d>2, we find the usual Gaussian ultraviolet fixed point for the gauge coupling and an attractive non-Gaussian fixed point for the Goldstone boson coupling. The position of the latter fixed point controls the chiral expansion, unitarity and the strength of the tree-level Goldstone boson scattering amplitudes. Attention is paid to the gauge- and scheme-dependence of the results
Abstract We generalize soft theorems of the nonlinear sigma model beyond the O $$ \mathcal{O} $$ (p ...
AbstractWe consider a novel class of constraints on chiral superfields to obtain supersymmetric nonl...
The (nonlinear) sigma model is defined as a field theory whose configurations are sections of a nont...
We study the beta functions of the leading, two-derivative terms of the left-gauged SU(N) nonlinear ...
We study the beta functions of the leading, two-derivative terms of the left-gauged SU(N) nonlinear ...
We study the beta functions of the leading, two-derivative terms of the left-gauged SU(N) nonlinear ...
We calculate the one loop beta functions for nonlinear sigma models in four dimensions containing ge...
We consider a model in which Goldstone bosons, described by a SU(N) chiral nonlinear σ model, are co...
AbstractUsing Wilsonian methods, we study the renormalization group flow of the nonlinear sigma mode...
We study the problem of finding the beta functions, and the associated space-time effective actions,...
Using Wilsonian methods, we study the renormalization group flow of the Nonlinear Sigma Model in any...
We present evidence that there is a non-trivial fixed point for the AdS_{D+1} non-linear sigma model...
We demonstrate that interacting ultraviolet fixed points in four dimensions exist at strong coupling...
We consider a novel class of constraints on chiral superfields to obtain supersymmetric nonlinear si...
We extend the phase diagram of SU(N) gauge-fermion theories as a function of the number of flavors a...
Abstract We generalize soft theorems of the nonlinear sigma model beyond the O $$ \mathcal{O} $$ (p ...
AbstractWe consider a novel class of constraints on chiral superfields to obtain supersymmetric nonl...
The (nonlinear) sigma model is defined as a field theory whose configurations are sections of a nont...
We study the beta functions of the leading, two-derivative terms of the left-gauged SU(N) nonlinear ...
We study the beta functions of the leading, two-derivative terms of the left-gauged SU(N) nonlinear ...
We study the beta functions of the leading, two-derivative terms of the left-gauged SU(N) nonlinear ...
We calculate the one loop beta functions for nonlinear sigma models in four dimensions containing ge...
We consider a model in which Goldstone bosons, described by a SU(N) chiral nonlinear σ model, are co...
AbstractUsing Wilsonian methods, we study the renormalization group flow of the nonlinear sigma mode...
We study the problem of finding the beta functions, and the associated space-time effective actions,...
Using Wilsonian methods, we study the renormalization group flow of the Nonlinear Sigma Model in any...
We present evidence that there is a non-trivial fixed point for the AdS_{D+1} non-linear sigma model...
We demonstrate that interacting ultraviolet fixed points in four dimensions exist at strong coupling...
We consider a novel class of constraints on chiral superfields to obtain supersymmetric nonlinear si...
We extend the phase diagram of SU(N) gauge-fermion theories as a function of the number of flavors a...
Abstract We generalize soft theorems of the nonlinear sigma model beyond the O $$ \mathcal{O} $$ (p ...
AbstractWe consider a novel class of constraints on chiral superfields to obtain supersymmetric nonl...
The (nonlinear) sigma model is defined as a field theory whose configurations are sections of a nont...