At high enough density and/or temperature ordinary matter undergoes a transition into a
plasma-like phase, consisting of quarks and gluons rather than of separate hadrons. Due to …

A systematic review and theoretical analysis of the experimental data on multi GeV lepton,
photon, hadron, deuteron (nucleus) reactions from nuclei forbidden in the case of scattering …

We present two new nucleon-nucleon (NN) potentials: av 14 model that is a conventional
NN potential and av 28 model with explicit Δ (1232) degrees of freedom. The v 14 model has …

Classical nuclear theory deals with a many-body system of neutrons and protons interacting
nonrelativistically through two-body potentials. It has, of course, long been realized that …

We have examined the qq qq―system in a nonrelativistic potential model with color-
dependent confinement forces and hyperfine interactions by solving the four-particle …

A unified treatment of pionic nuclear excitations both at low energy (ω «m π) and at
scattering energies (m π≲ ω≲ 3 m π) is presented. The description is based on a many-body …

The short range part of the interaction between non-strange baryons (N and Δ) is studied in
a nonrelativistic quark model. The mass of a quark is assumed to be about one-third of the …

Recent nuclear matter calculations have shown that (a) a precise knowledge of the tensor
force in the nucleon-nucleon interaction, and (b) an explicit description of the intermediate …

We review the application of non-relativistic constituent quark models to study one, two and
three non-strange baryon systems. We present results for the baryon spectra, potentials and …

The classification is given of observable (color-singlet) antisymmetric six-quark states in a
cluster model with definite orbital and isospin-spin symmetries (“symmetry basis”). A number …