Speaker
Shivam S Naarayan
(University of Delhi)
Description
In an attempt to solve the missing mass problem, the paper introduces a probabilistic three-dimensional structure which is locally described by energy density, time density and a Riemannian metric. This proposition has its roots in the results of general relativity and quantum theory. On large scale, source mass binds energy density which causes curvature in the Riemannian manifold of space measure leading to variations in length and time scales. Additional gravitational effects are predicted for a source mass which are caused by the flow of bounded energy density and is proposed as a candidate for ‘dark matter’ model. The paper makes testable predictions some of which may have already been observed as ‘dark matter’ or ‘dark energy’.
Author
Shivam S Naarayan
(University of Delhi)
