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Karliner, M. and Lipkin, H.J. (2007) New Quark Relations for Hadron Masses and Magnetic Moments: A Challenge for Explanation from QCD. Physics Letters B, 650, 185-192.
https://doi.org/10.1016/j.physletb.2007.04.063

has been cited by the following article:

• TITLE: The Correspondence between the Vortical Prequantum Model of Baryon and the Constituent Quark Model, Related to Their Magnetic Moments

  AUTHORS: Marius Arghirescu

  KEYWORDS: Baryon Magnetic Moment, Constituent Quark Model, Vortical Nucleon, Dynamide Neutron Model

  JOURNAL NAME: Journal of High Energy Physics, Gravitation and Cosmology, Vol.11 No.4, September 26, 2025

  ABSTRACT: The paper shows the relative correspondence between the values of the baryons’ magnetic moments obtained by a vortical pre-quantum model of baryon of a Cold genesis theory (CGT), in which the baryon’s electric charge is given by embedded electron(s) with degenerate magnetic moment, and the Constituent quark model, in which the baryon’s electric charge and its magnetic moment are given by the fractional charge and the magnetic moments of three constituent quarks having spinorial and orbital kinetic moments, the resulting correspondence being in accordance with the experimental observations regarding the beta-decay. For the known baryons resulting by (semi)light quarks, satisfactory values of magnetic moments were obtained. It was argued that the CGT’s model of baryon can explain more naturally the fact that, in beta disintegrations, an electron with integer e-charge is emitted and not one with fractional charge and that it can also explain the P-parity violation experiment.