Fusion Process of the Sun

Mankind assumes the fusion of Hydrogen to Helium is the primary process by which heat and light is produced. That the Sun is composed of 74% H and 24% He and 2% trace elements. So what controls the fusion process, is it gravity and compression in the core as mankind assumes? Inside the core of the Sun, heavy elements gather and dampen the fusion process, allowing a controlled reaction. To get a clearer picture, lets look at the fission process. The fission reaction releases energy when two radioactive masses combined produce a reaction that goes critical, result explosion. Under control it produces a steady source of heat and energy. Parameters are put in place to determine the rate of reaction. An example would be a nuclear power plant, the control rods due to their placement between the fuel cells absorb neutrons allowing a reaction, but preventing critical mass, dampener. For the fusion process to engage, both compression and heat are needed in large quantities. Inside our Sun this is normal, due to intense gravitational compression and molecular movement near the core. But when mankind applies a pulse of intense heat and compression to hydrogen fuel, it explodes. No control factors were ever pondered. A sun without heavy elements would supernova, emulating mankind’s experience with the hydrogen bomb. Spectroscopic analysis, which separates light emanating from the Sun into a pattern of colors, lets scientists get an idea of the proportional breakdown of elements that are present in burning solar masses. Although, it fails to show a signature trace of the heavy elements that has accumulated in and around the core. The gravitational field of the Sun impedes and bends the flow of light particles. That in conjunction with fading light particles as they proceed from the source, the heavy elements near the core, resulting from dispersion related to distance traveled from the heart of the Sun. The elements of hydrogen and helium burning near the surface of the Sun does not have to contend with light absorption, gravitational bending, and dispersion of the particle field. Allowing the lighter elements floating near the surface of the Sun, to overwhelm the true proportion of the elements burning in the Sun. The fusion process is only a subordinate part of the process producing heat and light in the Sun. The build up of a by-product of fusion, molecular motion, provides the primary source of energy in the Sun. The fusion process, which is maintained by very small amount of hydrogen mass, agitates molecular activity causing a circular motion to start due to inequalities of pressure in the core in the Sun. Always looking to achieve equilibrium due to variances in pressures in the mass of the Sun, the movement of molecules under compression is lubricated by subatomic particles. That energy is released, and registers to mankind as heat and light. If the fusion process were the only source of energy from the Sun, then radiation would kill all life on Earth. Many people assume the atmosphere protects the Earth from radiation. Therefore, ponder this question, what would happen if a continuous supply of hydrogen bombs were exploded in space above Earth? Unassuming answer, all life below would soon cease to exist.