Nodes of the Gravitational Metric Series
J. A. Gowan March 2014

1. Big Bang: Gravitational negative energy balances electromagnetic positive energy; (universe is born with zero net energy and charge (the latter due to the equivalent presence of antimatter).

2. Spacetime and primordial gas clouds: gravity lays the entropic (temporal/historical) foundation for energy conservation in material systems (entropy allows energy to be used without violating energy conservation). Spacetime is the entropic domain of free and bound forms of electromagnetic energy, allowing the expansion and cooling of free energy and the aging and decay of bound energy. Gravity creates time by the annihilation of space, producing a metrically equivalent temporal residue; gravity is the spatial consequence of the intrinsic motion of time.

3. Galaxy: Gravity provides elemental and material platforms for life (heavy elements created and dispersed (supernovas, etc.); stars, solar systems, and planets created). Gravitational "warpage" of spacetime is due to the gravitational creation of time from space and time's intrinsic, asymmetric one-way motion.

4. Stars: gravity provides energy (heat and light) for life, makes elements, conserves symmetry (by converting bound to free energy - paying the "principle" on matter's symmetry debt).

5. Solar System and planets: gravity provides an astrophysical location and structure for life - also creating a temporal entropic domain (by converting the local spatial entropic domain to time - paying the "interest" on matter's symmetry debt). Time/history is an alternative entropic domain for bound forms of electromagnetic energy which, unlike light, do not have intrinsic spatial motion "c".

6. White dwarfs: novas - electron shells crushed into electron "sea" - electromagnetic force attenuated.

7. Neutron stars: supernovas - weak force suppressed (protons and electrons converted to neutrons, neutrons do not decay).

8. Black holes: quasars, Hawking radiation - strong force overwhelmed (proton decay). Gravitational/temporal metric, as gauged by "G", completely replaces electromagnetic/spatial metric as gauged by "c". Matter achieves "velocity c" (g = c), bound and free forms of electromagnetic energy are equivalent. Black hole (eventually) totally evaporates via Hawking radiation, fully satisfying gravity's symmetry-conservation agenda. At the "event horizon" gravity reestablishes the primordial contact between matter and antimatter.

Increasing Time and Matter Density --->
(Big Bang) *--------------------------------------------------------------> . (Black Hole)
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