Magnetic monopole interactions: Shell structure of meson and baryon states |
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Authors: | David Akers |
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Institution: | (1) Bethany Bible College, 95066 Santa Cruz, California;(2) Present address: 20970 Pawnee Trail, 95030 Los Gatos, California |
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Abstract: | It is suggested that a low-mass magnetic monopole of Dirac chargeg=(137/2)e may be interacting with ac-quark's magnetic dipole moment to produce Zeeman splitting of meson states. The massM
0=2397 MeV of the monopole is in contrast to the 1016-GeV monopoles of grand unification theories (GUT). It is shown that shell structure of energyE
n
=M
0+1/4nM
0+ exists for meson states. The presence of symmetric meson states leads to the identification of the shell structure. The possible existence of the 2397-MeV magnetic monopole is shown to quantize quark masses in agreement with calculations of quantum chromodynamics (QCD). From the shell structure of meson states, the existence of two new mesons is predicted:(1814±50 MeV) withI
G(J
PC
=0+(0–+) and
c
(3907±100 MeV) withJ
PC
=0–+. The presence of shell structure for baryon states is shown. |
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Keywords: | |
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