On the Spherically Symmetric Solution of the Classical SU(2) Yang-MIlls Field
スポンサーリンク
概要
- 論文の詳細を見る
The SU(2) Yang-Mills field equations are solved under the assumption that the field strength F^a_<μν> is spherically symmetric, and the field strength F^a_<μν> together with the corresponding potential B_μ^a is completely determined. Explicit forms of F^a_<μν> and B_μ^a are given for the case in which F^a_<μν> is invariant with respect to a spatial rotation (manifest spherical symmetry) and for the case in which the effect of a spatial rotation (manifest spherical symmetry) and for the case in which the effect of a spatial rotation can be compensated by a gauge transformation (generic spherical symmetry). By considering complex as well as real solutions, various spherically symmetric solution s obtained so far under specific assumptions for the potential are rederived and classified according to the types of the field strength.
- 理論物理学刊行会の論文
- 1982-07-25
著者
-
Ikeda Mineo
Department Of Applied Mathematics And Physics Kyoto University
-
MAEKAWA Takayoshi
Department of Physics, Faculty of Science Kumamoto University
-
Miyachi Yoshihiko
Department Of Physics Faculty Of Liberal Arts And Science Shinshu University
-
Maekawa Takayoshi
Department Of Physics Faculty Of Science Kumamoto University
-
IKEDA Minoru
Department of Physics, Osaka City University
-
Meakawa Takayoshi
Department of Physics, Kumamoto University
関連論文
- On Bound States in the Full Symmetry Theory
- Elastic e^+-e^-(e^--e^-) Scattering with Polarized Beams
- On the First-Order Raising Operators for the Hamiltonians in Two Variables
- On the Static and Spherically Symmetric Solutions of the Yang-Mills Field
- On the Spherically Symmetric Solution of the Classical SU(2) Yang-MIlls Field
- Scale-Dependent Analysis of Phase Structures in Two- and Four-Dimensional Fermion Models
- On the Electric Dipole Moments of Baryons
- Note on Gauge Theory on M_4×Z_N with Auxiliary Field
- Supersymmetry and Scale-Dependent Analysis
- On the Constructive Force of the Composite System
- Note on the β-decay of Σ-Particles