Modeling Methods Based on Prespacetime-Premomentumenergy Model

Abstract

Some modeling methods based on prespacetime-premomentumenergy model are stated. The methods relate to presenting and modeling generation, sustenance and evolution of elementary particles through self-referential hierarchical spin structures of prespacetime-premomentum-energy. In particular, stated are methods for generating, sustaining and causing evolution of fermions, bosons and spinless particles in a dual universe (quantum frame) comprised of an external spacetime and an internal momenutmenergy space, vice versa. Further, methods for modeling weak interaction, strong interaction, electromagnetic interaction, gravitational interaction, quantum entanglement and brain function in said dual universe are also stated.

Some additonal methods based on prespacetime-premomentumenergy model are also stated. The additional methods relate to presenting and modeling four-momentum & four-position relation, self-referential matrix rules, elementary particles and composite particles through self-referential hierarchical spin in prespacetime-premomentumenergy. In particular, methods for modeling generating four-momentum & four-position relation, self-referential matrix rules, elementary particles and composite particles in aforesaid dual universe are stated.