Authors: Capt. Joseph H. Forrington
A proof of the gravitational dynamics developed here-in is LIGO’S Sept. 14, 2015 detection of a “gravity wave”, and a proof of the nature of the evolving continuum is IBEX failing to find a shock wave at the edge of the heliopause as expected, as also might be the “dead zone” discovered by Pioneer 1. As Einstein’s Tensor is solely based on the time elements he calls his “energy components”, only the effects in time are considered in this paper. Though it is noted that although the stress-energy tensor is not considered here, it is also scaled by the time elements, T^00. All space evolves forward with time. This is the evolving spacetime (quantum) continuum. The evolution of time is the primary, irresistible, force in the universe, as all space, and the densities embedded within, must evolve forward with the passage of time. This is the Fundamental Direction and Rate of Evolution, herein represented by Einstein’s Fundamental Metric, which is the basis of the tensors describing a null gravitational field. The Heisenberg Uncertainty Principle allows for random fluctuations in time and when dilation gradients are introduced, we also see an evolution of events down gradient, a Gravitational Direction and Rate of Evolution. Although relativistic, it is an irresistible force in time just like the fundamental direction of evolution. This is why gravity only has one direction and why it overpowers all the other forces, even though it seems so weak. So even though GR is based on the Equivalence Principle, the constancy of c and Lorentz contractions, the apparent effects of the time elements also appear to manifest as a virtual flow in the forward direction of time down gravitational fields (dilation gradients) from areas of faster time. Dilation creates a density at the faster end due to contraction to maintain c and there is an increase in energy and pressure due to an increase in frequency. As the motion and densities appear when a dilation gradient is introduced, we see the creation of energy. Gravity then magnifies that energy by evolving the density down gradient into slower areas of time, giving the photons a greater relative frequency, energy and, therefore, mass. The GDE can only manifest orthogonal to the FDE as there is no space ahead of or behind the evolving continuum for the dilation gradient to appear in. The resultant of these two directions of evolution results in the curvature in evolution as per GR as the spacetime (here-in also quantum) continuum evolves forward. We have 2 event horizons we appear to evolve between where time appears to stop and we find a transition from timelike to spacelike. We apparently evolve toward the event horizon of the galactic black hole and away from the outer horizon. The passage of time has an acceleration aspect of ~2.2686*10^-18 s/s that manifests the Hubble shift through time dilation in older frames. This manifests the same 1 s/s difference we find at the event horizon of a black hole at ~13.9 Gly looking outwards. This acceleration eliminates singularities and infinite expansions when added to the time elements of Einstein’s field equations. This is why we do not see black holes as singularities. They are just ever-deepening spiral vortices. Therefore, each galaxy can be considered a branching of the evolution of the universe. In both directions, past and future, there is a limit of relativity when the difference in the rate of time is 1 s/s because time appears to stop and no events are visible. Both of these event horizons retreat when approached and the dilation gradient shifts, so if the 1 s/s limit is considered the edge of the universe, black holes are gateways to other universes without end. Galactic rotation velocities are explained through a proper application of General Relativity within the continuum, rather than space. The origin of spacetime is explained.
Comments: 21 Pages.
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