Attention is drawn to a possible band structure displayed by the known N* resonances. The
observed spectrum is similar to that predicted by a paraquark harmonic-oscillator shell …

The quark model is reviewed in a version which includes three colours and at least five
quark flavours. Methods are discussed which are applicable to any number of flavours …

The quark model of baryons is investigated in an attempt to combine its excellent agreement
with experiment with a consistent foundation. It is found that effective Bose statistics for the …

This user-friendly book on group theory introduces topics in as simple a manner as possible
and then gradually develops those topics into more advanced ones, eventually building up …

The widths for decay of low-lying baryons of negative parity into baryon plus pseudoscalar
meson are determined in a quark model and extensively compared with experiment. One …

The symmetric quark model of baryon resonances is applied to the (56, 0+),(70, 1−), and
(20, 1+) supermultiplets. Using a systematic SU (6) analysis, octet dominance, and …

In this Letter we address the issue of how synthetic spin-orbit (SO) coupling can strongly
affect three-body physics in ultracold atomic gases. We consider a system which consists of …

A theoretical scheme for unified treatment of the world of all hadrons is presented, which
includes heuristically the successes of the quark model without the well-known difficulties …

We show that a systematic analysis of multiple-scattering contributions in the quark model
can explain the detailed structure of the hadronic differential cross sections at high energies …

Dirac's magnetic monopoles are generalized to have aspects which are similar to the
conventional quarks (electric quarks). Such magnetic monopoles are called magnetic …