Theory of a Spinor Field as a Part of the Space-Time Structure : Particles and Fields

概要

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It is shown that in order to describe the motion of a particle with space-time extension in conformity with the theory of general relativity where the axiom of parallels is violated, it is necessary to introduce a new spinor field as a part of the space-time structure which is the angular part of a tetrad field preparing at every world point a tetrad to be used as the reference frame for the description of the rotational motion of such a particle. Some of its characteristic features are discussed on the one particle level on the basis of the Lagrangian formalism. Possible relation to supersymmetry is also noted, which arises through the quantization of this field.
理論物理学刊行会の論文
1990-05-25