Antimatter Hypothesis: Consistency

So let’s review the implications of the antigravity hypothesis that we’ve identified so far...

Pair production makes a particle and an antiparticle from energy, and conservation laws dictate that these products exhibit opposite properties, which has been verified in atomic accelerator experiments for electric charge and magnetic moment. Gravitational compliance with conservation laws implies that antigravity is a property of antimatter, since normal gravity is a property of matter. The electrostatic force is ten to the thirty-six times greater than gravity.

The preservation of parity implies that the universe contains an equal amount of matter and antimatter. Neucleosynthesis can produce light atomic elements. However, fusion is required to produce heavier atomic elements. Fusion happens in the core of stars. Planetary nebula scatter elements as heavy as oxygen. Stars that form planetary nebula become white dwarfs. Supernovas scatter elements heavier than oxygen. Stars that go supernova become neutron stars or black holes. Stars are either all matter or all antimatter, since matter and antimatter annihilate each other producing gamma rays.

Only antimatter can escape a matter black hole, and only matter can escape an antimatter black hole. Pair production of a neutron and an antineutron within a black hole results in the expulsion of hydrogen protoplasm. Black holes give birth to globular clusters and galaxies. Rural black holes reside in the intergalactic medium which is the same parity of matter as the hydrogen protoplasm that it generates. Urban black holes acquire an accretion disk that is the same parity of matter as the black hole, and produce jets. Jets produce spiral galaxies from the inside out, which evolve into elliptical galaxies. Photons fuel black holes. Creation is local to galaxies, and repulsive gravitational forces between matter and antimatter produce an expanding universe.

One thing leads to another. While investigating the consistency of nature, we’ve also explored the nature of consistency. So what requirements remain to be established to elevate the antimatter hypothesis to the status of a theory?