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Is the D35 (1925) Resonance Evidence for New Baryonic Degrees of Freedom?

Is the D35 (1925) Resonance Evidence for New Baryonic Degrees of Freedom?
Is the D35 (1925) Resonance Evidence for New Baryonic Degrees of Freedom?
The possibility that the D35(1925) resonance is evidence for a [56, 1-] multiplet corresponding to excitation of new gluonic degrees of freedom within baryons is examined in detail. A new group-theoretical analysis of a successful mass formula for the N=2 multiplets of the nonrelativistic harmonic-oscillator quark model is also presented. Some results for the N=3 level are also given together with an outline of the method for generalization to any degree of excitation of the system.
97-100
Bowler, K.C.
71ad656a-1810-4f30-b7fc-bad2e07e75ca
Corvi, P.J.
5545761e-2ce1-4004-bbcb-0f8172e36b57
Hey, A.J.G.
a3cd725f-374f-488f-b1cf-ba671cfa6a7d
Jarvis, P.D.
99bb8f36-d7dd-4a55-b7e9-99bf6b3428c2
Bowler, K.C.
71ad656a-1810-4f30-b7fc-bad2e07e75ca
Corvi, P.J.
5545761e-2ce1-4004-bbcb-0f8172e36b57
Hey, A.J.G.
a3cd725f-374f-488f-b1cf-ba671cfa6a7d
Jarvis, P.D.
99bb8f36-d7dd-4a55-b7e9-99bf6b3428c2

Bowler, K.C., Corvi, P.J., Hey, A.J.G. and Jarvis, P.D. (1980) Is the D35 (1925) Resonance Evidence for New Baryonic Degrees of Freedom? Physical Review Letters, 45 (2), 97-100. (doi:10.1103/PhysRevLett.45.97).

Record type: Article

Abstract

The possibility that the D35(1925) resonance is evidence for a [56, 1-] multiplet corresponding to excitation of new gluonic degrees of freedom within baryons is examined in detail. A new group-theoretical analysis of a successful mass formula for the N=2 multiplets of the nonrelativistic harmonic-oscillator quark model is also presented. Some results for the N=3 level are also given together with an outline of the method for generalization to any degree of excitation of the system.

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Published date: 1980
Organisations: Electronics & Computer Science
Learn more about Electronics & Computer Science research

Identifiers

Local EPrints ID: 251560
URI: http://eprints.soton.ac.uk/id/eprint/251560
DOI: doi:10.1103/PhysRevLett.45.97
PURE UUID: 55cffd6b-e7ce-49dd-889d-06694cde5bb4

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Date deposited: 04 Nov 1999
Last modified: 14 Mar 2024 05:12

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Contributors

Author: K.C. Bowler
Author: P.J. Corvi
Author: A.J.G. Hey
Author: P.D. Jarvis

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