Spinor Fields as Distortions of Space-Time

Publisher Website
Google Scholar
Abstract
Spinor fields are introduced into Riemannian space-time in a new way. This approach admits a simple geometrical interpretation of spinor fields. A linear connection for space-time is derived which describes both gravitational and nongravitational forces. It is consistent with a straightforward generalization of the Dirac equation. This theory also entails a physical interpretation of inertial coordinates. The spin and current vectors of a spinor field are not in general orthogonal. This lack of orthogonality provides an absolute measure of one component of the gravitational field as seen in an inertial system.

This publication has 5 references indexed in Scilit: