Add to ORKGA general form factor formula for the scaling Z(N)-Ising model is constructed. Exact expressions of all matrix elements are obtained for several local operators. In addition, the commutation rules for order, disorder parameters and para-Fermi fields are derived. Because of the unusual statistics of the fields, the quantum field theory seems not to be related to any classical Lagrangian or field equation
In this report we advance the current repertoire of quantum cosmological models to incorporate inhom...
Semi-classical gravity combines classical treatment of the gravitational field with quantum mechanic...
Let $F_g(t)$ be the generating function of intersection numbers on the moduli spaces $\overline{\mat...
AbstractGround states of Hamiltonian H of quantum field models are investigated. The infimum of the ...
The problem of the pairing interaction is dealt with even Grassmann variables in the hamiltonian fra...
AbstractStora and coworkers refined the notion of divergent quantum amplitude, somewhat upsetting th...
Within the worldline approach to quantum electrodynamics (QED), a change of the photon's covariant g...
The Coulomb gauge Hamiltonian model is used to calculate masses for selected J^{PC} states consistin...
The monopole order parameter of QCD is computed in terms of gauge invariant field strength correlato...
The density matrix renormalization group (DMRG) has an underlying variational ansatz, the matrix pro...
An approach for calculation of transition form factors of hydrogenlike atoms is proposed. A general ...
Nucleon form factors have been extensively studied both experimentally and theoretically for many ye...
Field mixing transformations are studied in quantum field theory and the generator of the transforma...
I review some topics in lattice quantum chromodynamics, focusing more on the recent results. These i...
The part of the proton spin $\Sigma$ carried by $u, d, s$ quarks is calculated in the framework of t...
In this report we advance the current repertoire of quantum cosmological models to incorporate inhom...
Semi-classical gravity combines classical treatment of the gravitational field with quantum mechanic...
Let $F_g(t)$ be the generating function of intersection numbers on the moduli spaces $\overline{\mat...
AbstractGround states of Hamiltonian H of quantum field models are investigated. The infimum of the ...
The problem of the pairing interaction is dealt with even Grassmann variables in the hamiltonian fra...
AbstractStora and coworkers refined the notion of divergent quantum amplitude, somewhat upsetting th...
Within the worldline approach to quantum electrodynamics (QED), a change of the photon's covariant g...
The Coulomb gauge Hamiltonian model is used to calculate masses for selected J^{PC} states consistin...
The monopole order parameter of QCD is computed in terms of gauge invariant field strength correlato...
The density matrix renormalization group (DMRG) has an underlying variational ansatz, the matrix pro...
An approach for calculation of transition form factors of hydrogenlike atoms is proposed. A general ...
Nucleon form factors have been extensively studied both experimentally and theoretically for many ye...
Field mixing transformations are studied in quantum field theory and the generator of the transforma...
I review some topics in lattice quantum chromodynamics, focusing more on the recent results. These i...
The part of the proton spin $\Sigma$ carried by $u, d, s$ quarks is calculated in the framework of t...
In this report we advance the current repertoire of quantum cosmological models to incorporate inhom...
Semi-classical gravity combines classical treatment of the gravitational field with quantum mechanic...
Let $F_g(t)$ be the generating function of intersection numbers on the moduli spaces $\overline{\mat...