An Architecture for the Fine Grained Structure of Everything
Gregg Hauser · 2012
The mnp Model is oered as a conceptual structure for understanding the universe. The mnp Model has two principles, three new and tiny entities, and three new and short range interactions between those entities. The principles, entities, and eects are explained. The eect directions and ranges and how those eects work and lead to the basic structures of matter and elds are shown. The many failures considered in the development of the mnp Model are also documented, both to support the eectiveness of the current conceptual structure and in hopes that others can critique and avoid the dead ends encountered. Some of physic's givens, such as mass, movement and the Lorentz transformations involved, inertia, conversion of mass and energy, elds from moving masses and moving charges, relativistic mass, quark charge, nucleon structure, weak and strong interactions, have simple geometric explanations in the mnp Model. MUCH work remains. The Model initially avoids the use of familiar terms for new concepts, hence terms \entities for tiny particles, \eects or interactions instead of forces. The Model is considered by the author to be \almost complete in concept, lacking any \proof of concept in the form of calculation and modeling. The documents are currently undergoing remodeling based on a new image of the eect leading to gravity, on a new image of the structure of electrons and the charge structure of quarks, on a new image of the unication of weak and strong forces, and on a change in the image of the basic structure of neutrinos. Gravity, electro-static, magnetic, electro-magnetic, weak, and strong forces are described. Residual Strong Force is still poorly understood. Tiny neutrinos remain a mystery. Vestiges of the \old Model and old vocabulary remain.