Can we get a better understanding of what gravity is, assuming mass is a composite of time, as suggested? And, in doing so, can we gain some insight into possible deficiencies in the theory of General Relativity?

The bizarre phenomena of the quantum world, "action at a distance", can account for the mechanism of gravity, when the Inclusion Principle is included within the definition of Quantum Entanglement.



Can we get a better understanding of what gravity is, assuming mass is a composite of time, as suggested? And, in doing so, can we gain some insight into possible deficiencies in the theory of General Relativity?

The bizarre phenomena of the quantum world, "action at a distance", can account for the mechanism of gravity, when the Inclusion Principle is included within the definition of Quantum Entanglement.



http://www.youtube.com/watch?v=mJHcLJIfqlA