Add to ORKGThe Wegner-Houghton formulation of the exact renormalization group evolution equation is used in order to study the chiral symmetry breaking of the linear sigma model coupled to an isospin doublet of quarks. A numerical investigation for a particular truncation of the equation which includes the scalar field renormalization function is presented
The “exact” or “functional” renormalization group equation describes the renormalization group flow ...
The “exact” or “functional” renormalization group equation describes the renormalization group flow ...
We analyze quark condensates and chiral (scalar) susceptibilities including isospin-breaking effects...
We review the formalism of the effective average action in quantum field theory which corresponds to...
Flow equations for an O(N)-symmetric effective potential are discussed and solved for the finite tem...
We study the effect of one-loop corrections from nucleon together with those from boson in the massl...
We analyze dynamical chiral symmetry breaking (D SB) in the NambuJona-Lasinio model by using the non...
We analyze dynamical chiral symmetry breaking (D SB) in the NambuJona-Lasinio model by using the non...
We show how the functional renormalization group can be applied to a study of chiral symmetry breaki...
Basic elements of the exact renormalization group method and recent results within this approach are...
We investigate the quark-meson model in a magnetic field using the functional renormalization group ...
We discuss the question of inverse symmetry breaking at non-zero temperature using the exact renorma...
We discuss the question of inverse symmetry breaking at non-zero temperature using the exact renorma...
We extend the Wilson renormalization group (RG) formulation to chiral gauge theories and show that l...
We study the derivative expansion for the effective action in the framework of the Exact Renormaliza...
The “exact” or “functional” renormalization group equation describes the renormalization group flow ...
The “exact” or “functional” renormalization group equation describes the renormalization group flow ...
We analyze quark condensates and chiral (scalar) susceptibilities including isospin-breaking effects...
We review the formalism of the effective average action in quantum field theory which corresponds to...
Flow equations for an O(N)-symmetric effective potential are discussed and solved for the finite tem...
We study the effect of one-loop corrections from nucleon together with those from boson in the massl...
We analyze dynamical chiral symmetry breaking (D SB) in the NambuJona-Lasinio model by using the non...
We analyze dynamical chiral symmetry breaking (D SB) in the NambuJona-Lasinio model by using the non...
We show how the functional renormalization group can be applied to a study of chiral symmetry breaki...
Basic elements of the exact renormalization group method and recent results within this approach are...
We investigate the quark-meson model in a magnetic field using the functional renormalization group ...
We discuss the question of inverse symmetry breaking at non-zero temperature using the exact renorma...
We discuss the question of inverse symmetry breaking at non-zero temperature using the exact renorma...
We extend the Wilson renormalization group (RG) formulation to chiral gauge theories and show that l...
We study the derivative expansion for the effective action in the framework of the Exact Renormaliza...
The “exact” or “functional” renormalization group equation describes the renormalization group flow ...
The “exact” or “functional” renormalization group equation describes the renormalization group flow ...
We analyze quark condensates and chiral (scalar) susceptibilities including isospin-breaking effects...