We study renormalization group flows in strongly interacting field theories with fermions that correspond to transitions between a theory without Lorentz invariance at high energies down to a theory with approximate Lorentz symmetry in the infrared. Holographic description of the strong coupling is used. The emphasis is made on emergence of chiral fermions in the low-energy theory
We classify the unitary, renormalizable, Lorentz violating quantum field theories of interacting sca...
We investigate QCD with a large number of massless flavors with the aid of renormalization group flo...
We study the consistency of dynamical fermionic matter with the asymptotic safety scenario of quantu...
We study the renormalization group flow in strongly interacting field theories in the fermion sector...
By using holographic description of strongly interacting field theories we show that under common as...
We examine the chiral phase transition of strong interaction within a linear sigma-model with two li...
We study renormalization group flows in the Lifshitz-like N-flavor four-Fermi model discussed in [Ph...
This thesis presents studies in strongly coupled Renormalization Group (RG) flows. In the first part...
We investigate the chiral symmetry and its spontaneous breaking at finite temperature and in an exte...
Abstract We study fermions in asymptotically anti-de Sitter black hole spacetimes which interact via...
We investigate the chiral dynamics of gauge theories developing an infrared stable fixed point. We d...
We study the quantum dynamics of chiral fermion fields minimally coupled to a gauge field. The model...
In this talk we describe examples of renormalizable strongly interacting field theories where chiral...
We set up a consistent background field formalism for studying the renormalization group (RG) flow o...
We apply the similarity renormalization group (SRG) approach to evolve a nucleon...
We classify the unitary, renormalizable, Lorentz violating quantum field theories of interacting sca...
We investigate QCD with a large number of massless flavors with the aid of renormalization group flo...
We study the consistency of dynamical fermionic matter with the asymptotic safety scenario of quantu...
We study the renormalization group flow in strongly interacting field theories in the fermion sector...
By using holographic description of strongly interacting field theories we show that under common as...
We examine the chiral phase transition of strong interaction within a linear sigma-model with two li...
We study renormalization group flows in the Lifshitz-like N-flavor four-Fermi model discussed in [Ph...
This thesis presents studies in strongly coupled Renormalization Group (RG) flows. In the first part...
We investigate the chiral symmetry and its spontaneous breaking at finite temperature and in an exte...
Abstract We study fermions in asymptotically anti-de Sitter black hole spacetimes which interact via...
We investigate the chiral dynamics of gauge theories developing an infrared stable fixed point. We d...
We study the quantum dynamics of chiral fermion fields minimally coupled to a gauge field. The model...
In this talk we describe examples of renormalizable strongly interacting field theories where chiral...
We set up a consistent background field formalism for studying the renormalization group (RG) flow o...
We apply the similarity renormalization group (SRG) approach to evolve a nucleon...
We classify the unitary, renormalizable, Lorentz violating quantum field theories of interacting sca...
We investigate QCD with a large number of massless flavors with the aid of renormalization group flo...
We study the consistency of dynamical fermionic matter with the asymptotic safety scenario of quantu...