Self-gravitating vortex fields in general relativity theory of gravitation

Details Self-gravitating vortex fields in general relativity theory of gravitation Self-gravitating vortex fields in general relativity theory of gravitation

Jan 2011

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2011ruphj..53..793k&link_type=abstract

Russian Physics Journal, Volume 53, Issue 8, pp.793-798

Physics

Gravitation, Spinor Field, Vortex Fields, Rotation Of A Continuous Medium, Wormholes

Scientific paper

Properties of self-gravitating vortex fields - magnetic, spinor, and rotating continuous medium - are examined with application to astrophysics. It is demonstrated that they can induce the vortex gravitational field whose energy-momentum tensor obeys the local law of energy conservation; moreover, energy domination conditions are violated for its components which leads to the possibility of forming wormholes. Solutions of the Einstein equations for stationary distributions of self-gravitating vortex fields with spacetime wormholes geometry are presented.

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