Updated Gravitation and Physics in the Probability Model of the Digital Universe

Three decades of author’s research started with hydrogen atom structure displayed in sodium chloride crystal and work was extended to gravitation and high energy physics because of the identity of elementary forces in these processes. The thermal ray contains in its first atto second (10-18 s) a vector force component, which subjected to linear probability and to space quantization derives the elementary atomic gravitation force in SI units. The probability in three X, Y and Z dimensions is governed by the rules of the game of dice. The interaction of gravity forces is along the plane of earth rotation. The sun to earth and earth to sun radiations form the gravity lens and concentrate the vectorised fraction of thermal radiation of the earth surface. The source of gravitation energy from the sun is thermonuclear fusion requiring a very high temperature and mass to energy conversion to iron. A similar slow process takes place in planets during their rotation around sun. Earth rotation unwinds kinetic energy of protons displaying sufficient energy to balance the gravitation of the sun. Protons are just nullified sum of 2000 electrical moments converted in proton mass. Thus the mass of a planet over the mass of an electron time the body’s linear velocity defines its current, and accurately the force of gravitation derived from well established rules. High sun temperature is needed to sustain fusion and gravitation, and so the missing mass in the universe can be attributed to the presence of cool bodies. The generation of heat from planets requires also conversion from iron and exhaustion of suitable material on planets is likely to cause planet collapse into a star causing the end of the planetary system. Observed velocity of light is derived using relativity corrections from vector addition and reflection of the proton velocities moving locally at a quarter of the observed velocity along the orthogonal orientations X, Y and Z. A new set of cubic space physical constants had to be uncovered to derive accurately gravitation forces, sun radiation and other elementary energies.