Chapter IV The SU(3) Chiral Solitons and the Exact Collective Method
スポンサーリンク
概要
- 論文の詳細を見る
The formulation of SU(3) Skyrme model is developed with the collective coordinate method. Quantization of them is done with the method of canonical commutation relations. SU(3) Euler angles are introduced for separation of variables and the symmetry breaking mass term is shown to depend on one variable only. The eigenequations are solved explicitly with these Euler angles. Static properties of baryons are calculated with this method. Baryon masses are well reproduced with the small value of the pion decay constant. Magnetic moment and charge radius are reproduced qualitatively with the present parameter fit. The effects of the SU(3) symmetry breaking are discussed. The strong symmetry breaking limit of the present formulation is discussed and it is shown that the model becomes the SU(2) one in this limit. The relation with the bound state approach is discussed based on this limit.
- 理論物理学刊行会の論文
- 1992-09-10
著者
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YABU Hiroyuki
Department of Physics, Tokyo Metropolitan University
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Yabu H
Tokyo Metropolitan Univ. Tokyo Jpn
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Yabu H
Institute Of Theoretical Physics University Of Regensburg : Research Fellow Of The Alexander Von Hum
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YABU Hiroyuki
Institute of Theoretical Physics, University of Regensburg
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YABU Hiroyuki
Institute of Theoretical Physics, University of Regensburg : Research fellow of the Alexander von Humboldt Foundation.
関連論文
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- Collective Ferromagnetism of Fermi-Degenerate Atomic Gas (Waseda International Symposium on Fundamental Physics--New Perspectives in Quantum Physics) -- (Chapter 3. Bose-Einstein Condensation)
- Chapter IV The SU(3) Chiral Solitons and the Exact Collective Method
- S-Wave Scattering Parameters for Positronium-Positronium Interaction and Positronium Bose-Einstein Condensates : Atoms and Molecules
- Static Properties of the Trapped Bose-Fermi Mixed Condensate of Alkali Atoms : General Physics
- Dissipative Field Theory with Caldeira-Leggett Method and Its Application to Disoriented Chiral Condensation
- Static N-N and N-N^^- Interactions in the Skyrme Model : Nuclear Physics