Geometric Cosmogenesis: A Theory of Everything from Unbounded Openness

We derive the complete structure of physical reality from a single axiom: unbounded openness exists. The potential for distance actualizes as opposition between polar opposites, creating an eternal star-diamond geometry where the Big Bang occupies the center point of maximum concentration and the future end state occupies the left-right endpoints of maximum dispersal. The entire four-dimensional structure exists eternally outside of time as a static geometric entity. What we experience as cosmic evolution is our sequential traversal through this geometry from center toward endpoints. Time emerges as an internal coordinate parameterizing position within the structure, not as an external framework. All standard physics equations remain valid but must be reinterpreted as geometric constraints rather than temporal evolution laws. Derivatives represent geometric gradients along the time coordinate, not rates of change in external time. The Friedmann equations describe geometric relationships between spatial curvature and energy density. Conservation laws describe structural properties of the eternal geometry. We observe dark energy at approximately seventy percent, dark matter at twenty-five percent, and ordinary matter at five percent because we occupy the middle transition region where neutralization actively proceeds but remains incomplete. This distribution varies along the time coordinate. Near the center, the structure is too concentrated for stable variants. At the endpoints, neutralization has completed or permanently failed. Dark energy becomes increasingly dominant approaching the endpoints because failed neutralization cannot complete. The end state, being completely defined, is geometrically unstable and collapses back into new polar opposition through a mechanism not yet fully understood. This creates the next universe in an infinite linear chain. Each universe is a complete four-dimensional block. The endpoints of one universe transition into the center point of the next, forming an eternal sequence extending infinitely in both directions. Randomness in this eternal structure is resolved through superposition: the structure contains all possible branches simultaneously, and our worldline randomly selects which branch to traverse. The structure itself is deterministic; our experience is random. Quantum mechanics emerges as path selection through multiply-valued regions. Measurement determines which already-existing branch we follow. From perpendicular spreading around the polar axis, we derive three spatial dimensions as maximal physical closure. The sphere represents complete spreading in all available perpendicular directions. No fourth perpendicular direction exists because physical geometry exhausts perpendicular possibilities in three dimensions. We unify all four forces as aspects of the gradient field and match all observations without free parameters.