The spectra of the nucleons, Δ resonances and the strange hyperons are well described by
the constituent quark model if in addition to the harmonic confinement potential the quarks …

The subject of baryon spectroscopy is reviewed in some detail, from the viewpoints of theory
and of the experimental data. In the theoretical section, the status of both pre-and post-QCD …

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 …

Pionic corrections and multi-quark bags Page 1 Journal of Physics G: Nuclear Physics Pionic
corrections and multi-quark bags To cite this article: PJ Mulders and AW Thomas 1983 J. Phys …

The formalism of the cloudy bag model is used to calculate the pion coupling to the strange
members of the nucleon octet (and delta decuplet). We then calculate the magnetic …

The chiral quark model suggests that the baryon quark sea is negatively polarized. This
modifies the spin structure as given by the naive quark model and agrees with experimental …

Octet and decuplet baryon magnetic moments have been formulated within the chiral quark
model (χ QM) with configuration mixing incorporating the sea quark polarizations and their …

Applicability of quark potential models for nucleons, qqq, and heavy mesons like quarkonia
QQ̄ and atomlike mesons Qq̄ is reviewed. Information regarding interquark potentials …

The effect of confinement on the magnetic moment of a quark has been studied in a simple
independent-quark model based on the Dirac equation with a power-law potential. The …

We have measured the magnetic moment of the Σ− hyperon to be μ (Σ−)=− 0.89±0.14
nuclear magnetons. The magnitude of the polarization of Σ− produced at 7.5 mrad by 400 …