(C^{12}\) shape isomers in the chiral field solitons approach

(C^{12}\) shape isomers in the chiral field solitons approach

The variational approach to the problem of seeking axially symmetric solitons with B=12 is presented. The numerically obtained local minima of the skyrmion mass functional and baryon charge distributions are pointing to the possible existence of shape isomers in \(C^{12}\) spectra in the the framewo...

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Veröffentlicht in:arXiv.org 2002-12
Hauptverfasser: Nikolaev, V A, Chubov, Yu V, Tkachev, O G
Format: Artikel
Sprache:eng
Schlagworte:
Charge distribution
Hypothetical particles
Isomers
Mathematical models
Particle theory
Solitary waves
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Zusammenfassung:The variational approach to the problem of seeking axially symmetric solitons with B=12 is presented. The numerically obtained local minima of the skyrmion mass functional and baryon charge distributions are pointing to the possible existence of shape isomers in \(C^{12}\) spectra in the the framework of the original Skyrme model. Theoretical analysis reveals the exclusiveness of each individual state manifested in the structure of the solitons from the given topological sector B=12.
ISSN:2331-8422