Quaternion Gauge Theory of Dyonic Fields : Particles and Fields

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概要

• 論文の詳細を見る

• Outlining the idea of quaternion non-Abelian gauge formalism and that of the structural symmetry between generalized fields of dyons and gravito-dyons, it is shown that this formulation characterizes the Abelian and non-Abelian structure of dyons in terms of pure real and imaginary unit quaternions. Extending this formalism to the case of gravito-dyons it has been shown that pure imaginary unit quaternions advocate the curvature in the theory of gravito-dyons and hence the SL(2, c) gauge group of gravitation plays the same role as that of SU(2) gauge group does in non-Abelian gauge theory. Furthermore, we have unified the theories of electromagnetism and gravitation in terms of single parameter a by means of quaternion-gauge formalism and the corresponding field equations have also been derived in a unique and consistent way.

• 理論物理学刊行会の論文
• 1991-01-25

著者

• Rajput B.s.

  Department Of Physics Kumaun University

• Rajput B.s.

  Department Of Physics Kumaun University Campus Nainital-263002

• Negi O.p.s.

  Department Of Physics Kumaun University Campus Almora-263 601

• BISHT P.S.

  Department of Physics, Kumaun University Campus, Almora-263 601

• Bisht P.s.

  Department Of Physics Kumaun University Campus Almora-263 601

• Rajput B.S.

  Department of Physics, Kumaun University Campus, Nainital-263002

関連論文

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• Reduction and Second Quantization of Six-Dimensional Electromagnetic Fields : Particles and Fields
• Quark Confinement through Dyonic Condensation : Particles and Fields
• Quaternion Gauge Theory of Dyonic Fields : Particles and Fields
• Bound State of a Fermion and an Extended Dyon : Particles and Fields

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