dark megamass (Score 0)

After the initial formation of the Galaxies, matter begins returning to energy through nuclear fission. In the pre-universe, we went from energy to matter, and since the creation, we are going from matter to energy. In the beginning of the Universe, we started with all the elements, and through nuclear fission, we are breaking them down, using them up. Let's jump ahead to the end of the initial Galactic formation. After as much energy as can be extracted from a Galaxy has been extracted. The remaining heavy elements, made up of spent Stars and Planets and Galactic debris come together through the properties of magnetism and gravity. Polar opposites begin to attach the celestial debris, to each other. Eventually, all or most of the remaining heavy elements from a Galaxy are stuck together by magnetism and gravity, creating a dark megamass at the center of Galaxies. When the magnetic poles start to flip on some of the inner pieces of galactic debris, some matter starts to repel the matter that it was originally attached to. This creates incredible heat and pressure. Eventually, the internal pressure will become greater than the exterior shell of the mass can withstand. Then, a super detonation, an intensely violent explosion, occurs. The formation of a new Galaxy from the debris of an old Galaxy, a Phoenix. Depending on the breach, matter can be blown in all directions, creating a round Galaxy, or a single beam, spiraling out in a disk formation, creating a spiral Galaxy, or any portion thereof creating irregular shaped Galaxies by Quasar. In this immense explosion, all the elements are re-created from the heavy elements that were left from the initial Galactic formation. Soon after the explosion, the heavy molten elements start to accrue through magnetism and gravity with antigravity forces spinning the masses. This in turn allows gravity to start the accretion of gases forming atmospheres. Then, when a sufficient amount of heavy elements and gas have been collected, and critical mass is achieved, a Star is born. The amount of heavy elements and gas collected by a celestial body determines whether it will be a Planet, Star or other Galactic body. The ability of magnetism to repel as well as attract, stabilizes Solar Systems within the Galaxies. A Galaxy expands from the point of the detonation, the shockwave nudging other Galaxies away. Then reaching its maximum expansion, the Galaxy starts to slowly contract due to magnetism and gravity. All the while, converting matter to energy, through fission, until the remaining heavy elements come together again forming another dark megamass, at the center of the Galaxy, and the sequence of events begins/continues. Over the course of time, most of a Galaxy will be transformed from matter to energy until there is not enough matter in the Galaxy to reform. This happens throughout the Universe, and eventually the entire Universe will die. This series of events, scaled down, creates/re-creates Solar Systems, by Supernova. Just so you know.