On quarks and the origin of QCD: Partons and baryons from intrinsic states

Ole L Trinhammer

doi:10.1209/0295-5075/133/31001

Abstract

We create quarks from baryons in stead of constituting baryons from quarks. The quantum fields of QCD are generated via the exterior derivative (momentum form) of baryon wave functions on an intrinsic configuration space, the Lie group U(3). Local gauge transformations correspond to coordinate translations in the intrinsic space. A proton spin structure function and a proton magnetic moment are derived. We show how the spectrum of unflavoured baryons, the N and Delta resonances, can be understood from a mass Hamiltonian on the intrinsic space and note how our model resolves the problem of colour confinement. We calculate an approximate value for the relative neutron-to-proton mass shift and give an exact value for the neutron mass. We predict neutral charge singlets that may be interpreted as neutral pentaquarks at LHCb.

Highlights

We create quarks from baryons in stead of constituting baryons from quarks
The quantum fields of QCD are generated via the exterior derivative of baryon wave functions on an intrinsic configuration space, the Lie group U (3)
We show how the spectrum of unflavoured baryons, the N and Delta resonances, can be understood from a mass Hamiltonian on the intrinsic space and note how our model resolves the problem of colour confinement

Summary

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Kd Ku

Level Eigenvalue Diminished Augmented