Singularity Bombardment by Superparticles

In the present work, the gravitational acceleration on the surface of a black hole singularity, and the gravitational potential energy of superparticles at any Height from the external surface of the singularity sphere could be determined by using the original mathematical equations of Physics. The singularity has a huge density, an intense electromagnetic field, and a powerful gravitational field. The radius of a singularity equal to the radius of an atom or subatomic particles, but its mass and density are incredibly high enough to attract or tear apart any state of matter and energy. A nuclear fusion ball is produced in an accretion disc from violent collisions, heating up, and friction of ordinary matter particles, and it could be dropped and compressed steeply inside an event horizon of a black hole due to strong gravity, and powerful singularity tunnel waves to form superparticles from its collapsed core. Superparticles are white and smooth balls of ultra-massive particles, similar in size to subatomic particles. Their masses are comparable to those of rocks, planets, stars, galaxies, galaxy clusters, and the visible universe, depending on the mass gathered and the environment that produces them. The Materials and particles orbit the black hole singularity actively, which leads to an increase in the friction and collision of the black hole particles. The radius of a superparticle is similar to the radius of subatomic particles, but the density, spinning speed, angular momentum, gravitational field, electromagnetic field, rotational energy, thermal energy, temperature, and kinetic energy of superparticles are enormously different. The mass and density of a Black hole Singularity increased because its surface was bombarded violently by superparticles. The superparticles are the main fuel for feeding the black hole singularity, increasing its mass, density, and are crucial for extending the size of a black hole and enhancing its stability.