Under the assumption that baryons are an assembly of independent quarks, confined in a
first approximation by an effective non-Coulombic power-law potential which presumably …

The nucleon electromagnetic form factors GEP (q 2), GMP (q 2) and the axial-vector form
factor GA (q 2) are studied in a relativistic model of independent quarks confined by an …

A relativistic model of independent quarks based on Dirac equation with an equally mixed
scalar-vector square root confining potential is used to compute the quark core contributions …

The mass spectrum of the low-lying ground-state baryons is calculated in a chiral quark
model taking into account the contributions of the residual quark-pion coupling arising out of …

Nucleon charge and magnetic form factors are computed in an independent-quark model
with an equally mixed scalar and vector confining potential in square root form taking into …

Two new quark-antiquark potentials have recently been applied to heavy quarkonium. The
new potentials have the feature that they are concave downward as a function of the …

We perform a static calculation of decay widths for radiative transitions of mesons within the
conventional picture of photon emission by a confined quark and (or) antiquark. As the …

The properties of giant colour flux tubes-colour ropes-are investigated using the colour-
dielectric model. Such ropes may be responsible for quark-gluon plasma formation during …

We study the static quark-antiquark potential for a Nambu-Goto string occupied by Bose or
Fermi fields. The potential is similar to the Nambu-Goto potential in regard to shape and to …

Heavy-quarkonium spectroscopy is discussed in the non-relativistic quark model for a hybrid
potential which is Coulomb plus square-root (ur 2− v) 1/2 suggested by string theory at long …