Space-time Curvatures Account for Nearly 10exp22 Solar Masses of Dark Matter

Details Space-time Curvatures Account for Nearly 10exp22 Solar Masses of Dark Matter Space-time Curvatures Account for Nearly 10exp22 Solar Masses of Dark Matter

Oct 1998

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1998aps..4cf..a404k&link_type=abstract

American Physical Society, Four Corners Section Fall Meeting, October 16-17, 1998 Brigham Young University Provo, Utah, abstract

Physics

Scientific paper

A close inspection of our present cosmic microwave background's energy-momentum tensor field reveals gravitational potential associated with its momentum density. Calculated at the radiation's present 2.728 degrees K (measured by the COBE satellite), spatial gravitational mass is shown to account for 9 x 10exp21 solar masses of cold, non-baryonic dark matter. When correlated with relativistic space-time curvatures, this 4-vector momentum density is ideally suited for describing acceleration and direction of gravity forces, unifying this force with flux density (non-electrostatic) attributes of the electromagnetic field. The dark matter is non-isotropically distributed, accounting for varying densities, including galactic halos.

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