Unified model of the universe: the geometrically unified field solution

The Unified Model goes far beyond its review of modern unification theories to complete physical field theory at the most fundamental geometric levels. This is consequently the most important theory to emerge since the developments of special and general relativistic, as well as quantum, mechanics since it offers a unification of these subjects in terms of a pre-mechanical geometry underlying the global, macroscopic and local space-time manifolds. The solution is divided into four parts in two sections comparing the conventional macroscopic space and time to its global and then local geometric structure. Space-time is globally unified in Part I. In Part II, this theory is applied to electrodynamic, quantum, and gravitational fields, thus globally unifying the field. All of the previous paradoxes of physics are reconciled in terms of a more fundamental geometry. In Part III gravitation is successfully quantized in terms applicable to a high energy spin 3 physics describing the so-called X-boson of recent prediction. This spin 3 group is directly derived from a local 3D space describing the maximal source/field coupling of O-point quantum geometric units' under a special orthogonal symmetry. All unitary particles are shown to be complexes of these more basic so-called preons. Part IV consequently unifies all particles and forces in terms of the grand unified gauge groups' underlying high and low energy spin. A low energy spin group is invariant with the unitary electromagnetic symmetry, and the strong and weak nuclear forces are seen as differing local manifolds underlying quantized magnetic/gravitational interactions. The field is totally unified at last