Theory of Graviton Fields Essay -- Atomic Structures

The Source, Nature, and Generation of the Graviton Field SummaryThe paper examines the possibility that atomic organises exists as complete self sustaining entities in identical work throughout the Universe, without either form of external input. The paper examines the energy budget of an atomic structure and concludes that gravitational attractive force forms an inherent function of the structure in the form of low level quanta ejected from the structure as the final spent particle. It is postulated that all(prenominal) so far identified sub atomic particles ar sourced from a single particle, in the central, heavy core, giving up energy in a Bohr/quanta manner as they perform particular functions within the structure. These variant energy demands are consistent with the often quoted atomic half tone of 1032 years.A mechanism by which a self sustaining structure generates an attraction field is described, together with the mechanism by which multiple structures interact. The process relating to fundamental interaction within a single structure is also described. The paper examines the temperament of the gravitational field. It follows from the prognosis that the atomic particles identified so far from accelerators, are formed by a quanta/energy degradation which takes place. The core exists as a single entity in an negatron, this same particle forming an assembly in all the structures identified in the periodic table. Key Index PhrasesThe genius of the graviton field.IntroductionIn the theory now presented by the author, the long want graviton particle is viewed as the Spent or residual, low energy particle arising from the proton/neutron/electron exponential decay process. This decay represents the energy required to support th... ....d,d,G.M . dR Since d(E) = R.dF d (E) = ,. G.M. R2 d,.d, O ver the whole surface ,E = 2, ,,G.M.R2 Substituting figures, E = 56.7x1024 kJA.2.6 Energy requirement per atom dE = 56.7x1024 kJ 0.71x1050 = 7.98x10-23 kJ Converting to eV d (eV) = 0.0253 eV for Vanadium.