We calculate exactly the functional determinant for fermions in fundamental representation of SU(2) in the background of periodic instanton with non-trivial value of the Polyakov line at spatial infinity. The determinant depends on the value of the holonomy v, the temperature, and the parameter r_12, which at large values can be treated as separation between the Bogomolny--Prasad--Sommerfeld monopoles (or dyons) which constitute the periodic instanton. We find a compact expression for small and large r_12 and compute the determinant numerically for arbitrary r_12 and v
Finite temperature Euclidean SU(2) lattice gauge fields generated in the confinement phase close to ...
In this paper we exploit the algebraic structure of the soliton equations and find solutions in term...
Using a dimensional reduction formula for the lattice fermion determinant we study canonical determi...
We compute the functional determinant for the uctuations around the most general self-dual congurat...
We compute the functional determinant for the fluctuations around the most general self-dual configu...
The functional determinant is computed exactly for quantum oscillations about periodic instantons wi...
We calculate exactly functional determinants for quantum oscillations about periodic instantons with...
A dimensionally reduced expression for the QCD fermion determinant at finite temperature and chemica...
A dimensionally reduced expression for the QCD fermion determinant at finite temperature and chemica...
Calorons of the SU(N) gauge group with non-trivial holonomy, i.e. periodic instantons with arbitrary...
International audienceThe thermal instanton determinant for the gauge group $SU(2)$ can be reduced t...
The functional determinant of a special second order quantum-mechanical operator is calculated with ...
The fermion determinant in an instanton background for a quark field of arbitrary mass is determined...
Abstract Fermionic zero modes associated with doubly periodic SU (2) instantons of unit charge are c...
We review how instanton solutions at finite temperature can be seen as boundstates of constituent mo...
Finite temperature Euclidean SU(2) lattice gauge fields generated in the confinement phase close to ...
In this paper we exploit the algebraic structure of the soliton equations and find solutions in term...
Using a dimensional reduction formula for the lattice fermion determinant we study canonical determi...
We compute the functional determinant for the uctuations around the most general self-dual congurat...
We compute the functional determinant for the fluctuations around the most general self-dual configu...
The functional determinant is computed exactly for quantum oscillations about periodic instantons wi...
We calculate exactly functional determinants for quantum oscillations about periodic instantons with...
A dimensionally reduced expression for the QCD fermion determinant at finite temperature and chemica...
A dimensionally reduced expression for the QCD fermion determinant at finite temperature and chemica...
Calorons of the SU(N) gauge group with non-trivial holonomy, i.e. periodic instantons with arbitrary...
International audienceThe thermal instanton determinant for the gauge group $SU(2)$ can be reduced t...
The functional determinant of a special second order quantum-mechanical operator is calculated with ...
The fermion determinant in an instanton background for a quark field of arbitrary mass is determined...
Abstract Fermionic zero modes associated with doubly periodic SU (2) instantons of unit charge are c...
We review how instanton solutions at finite temperature can be seen as boundstates of constituent mo...
Finite temperature Euclidean SU(2) lattice gauge fields generated in the confinement phase close to ...
In this paper we exploit the algebraic structure of the soliton equations and find solutions in term...
Using a dimensional reduction formula for the lattice fermion determinant we study canonical determi...