Gravitational Basis

Even though antimatter and antigravity are not synonymous, there is a correlation between the conditions of antimatter and the conditions of certain aspects of gravitational format. Gravity is the interaction between superstrings of discrete energy and gravitational particles via the Rarita Structure via the multiplicitly directed and applied basis of the Ricci Scalar. When an eigenstate of gravity is moving in one general directoral basis, it is forward gravity. When the said direction of the mentioned given arbitrary eigenstate of gravity is then reversed, then, such an eigenstate of gravity is then a relative format of reverse gravity. When the wave-tug/wave-pull of the directly related Rarita Stucture eigenbasis is reversed in so that the directoralization of the directly corresponding Ricci Scalar is reversed in terms of the angular momentum of the indices that here work to comprise the said eigenbasis of the Ricci Scalar eigenoperator, then, what was initially gravity is perturbated into a condition of antigravity. Gravity for matter is based upon an Ante-De-Sitter/De-Sitter gravitational basis. Gravity for antimatter is based upon a De-Sitter/Ante-De-Sitter gravitational basis. An Ante-De-Sitter gravitational basis bears a linking of quarks and leptons that gluons work to then pull relatively inward in so as to interconnect these into a viable structural format, while a De-Sitter/Ante-De-Sitter gravitational basis tends to reverse the directly prior -- in so that the components of the corresponding sub-atomic phenomena then tend to fly apart instead. This is why matter won out over antimatter. Sam.