Einstein Equations and Fermion Degrees of Freedom

Details Einstein Equations and Fermion Degrees of Freedom Einstein Equations and Fermion Degrees of Freedom

Sep 2001

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2001ranp.conf..402l&link_type=abstract

RELATIVISTIC ASPECTS OF NUCLEAR PHYSICS. Proceedings of the Sixth International Workshop. Held 17-20 October 2000 in Caraguatatu

Physics

Nuclear Physics

Scientific paper

When Dirac derived the special relativistic quantum equation which brings his name, it became evident that the spin is a consequence of the space-time geometry. However, taking gravity into account (as for, for instance, in the study of neutron stars), most authors do not take into account the relation between hyperbolic geometry and spin and derive an Einstein equation which implicitly takes into account only boson degrees of freedom. In this work we introduce a consistent quantum general relativistic formalism which allows us to study the effects of the existence of fermion degrees of freedom.

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