paper

Massive Relativistic Particle Model with Spin and Electric Charge from Two-Twistor Dynamics

arXiv:hep-th/0405166 · doi:10.1016/j.physletb.2004.06.051

Abstract

The sixteen real coordinates of two-twistor space are transformed by a nonlinear mapping into an enlarged space-time framework. The standard relativistic phase space of coordinates is supplemented by a six-parameter spin phase manifold (two pairs and of canonically conjugated Weyl spinors constrained by two second class constraints) and the electric charge phase space (). The free two-twistor classical mechanics is rewritten in this enlarged relativistic phase space as a model for a relativistic particle. Definite values for the mass, spin and the electric charge of the particle are introduced by means of three first class constraints.

LaTeX, 15 pages. A clarifying comment and a formula added. To appear in PLB

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