The Gravitational (Tensor) Acceleration of the Universe as the Cause of the Accelerating Expansion of the Universe

By RE CASTEL

In common parlance the phrase "accelerating universe" is used to refer to the idea of the accelerating expansion of the universe. However, besides its more common use, here the phrase is also used to refer to the idea of the tensor acceleration of the cosmic gravitational domains, and hence the gravitational (tensor) acceleration of the whole universe itself, which results in the creation of cosmic mass from the chaotic energy inherent in the background void.

The accelerating expansion of the universe is actually an inescapable natural result of the tensor acceleration of the gravitational domains. This is because the tensor acceleration of the gravitational domains, that gathers kinetic energy from the background void, results in the increasing masses of the gravitational domains. With the increasing masses comes the increasing momentum of each gravitational domain that causes the gravitational domains to spiral outwards in their orbits. The overall outwards spiral of the orbits of the gravitational domains is observed as the accelerating expansion of the universe.

The galaxies that evolve into larger cosmic systems provide the observable proof of the above ideas. The galaxies are gravitational domains that have increasing masses because of the gravitational (tensor) acceleration of the masses that comprise each galaxy. With the increasing mass and therefore the increasing momentum of each galaxy, the galaxies should generally spiral outward from each other in their orbits around the systems to which they belong.

The larger cosmic structures (e.g., the clusters of galaxies, the super clusters, etc.) should also exhibit the spiraling orbits in the larger cosmic systems to which they belong.

And thus, clearly, the accelerating expansion of the universe is actually the result of the concerted tensor acceleration of all the gravitational domains in the universe.