The Cosmos Gambols of Fundamental Fermions

Quarks are not the end according to this new book on the mysteries of Elementary Particles. The Gambols of the author has now paid off. This book analyzes the deep inelastic scattering of electrons and nucleons based on a new non-Planckian form of distribution and finds a close agreement with experiment IF quarks are composed of 8 gambols. The analysis probes the reality of gambols and shows that their energy states within fermions are predicted according to the Limos sector of Cosmos Theory.

The book then analyzes particle decays and interactions according to Gambol Theory. The success of this endeavor leads to the development of the author's new form of quantum theory based on his PseudoFermion quantum fields. This theory has the remarkable effect of automatically confining gambols within quarks and leptons. After all, who has seen a gambol? No one, since gambols are confined. Gambol masses are 1/8 of their enclosing fermion's mass. They have the same spin and symmetry characteristics of the enclosing fermion.

They may also constitute micro-universes. The author suggests the possibility that there are inner symmetry groups experienced by gambols - but not externally to fermion. These internal symmetries would account for the number of gambols per fermion being 8.

The book also examines the Lumiverse concept in more detail showing that it can be attributed to the fundamental structure of Cosmos Theory dimension arrays. On this basis the author suggests all Cosmos universes have a "twin" - a Lumiverse. The structure of a Lumiverse's superspin shapes the universe's symmetries and its General Relativity.

Conclusion: Gambols are real. They appear in eights within quarks and leptons. They determine their interactions. The Lumiverse and its superspin are real. Their structure corresponds to the structure of a Cosmos universe.

Cosmos Theory now has a good number of successes: the Cosmos spaces, the fermion spectrum, the set of symmetry groups, the Lumiverse and superspins, the sequence of interaction coupling constants, the sequences of fermion masses, the corresponding features of symmetries and General Relativity, the gambols of Limos, the 8 gambol content of fermions, and the match of the Gambol Distribution to deep inelastic scattering data. The book describes a theory that is now sufficiently mature to solidly match known data.