Spacetime Coherence Theory: A Unified Framework for Matter, Energy, and Information

This paper presents a unified theory demonstrating that quantum uncertainty and relativistic effects are manifestations of the same fundamental phenomenon: the indivisible unity of spacetime coordinates. We show that matter emerges as crystallized coherence patterns in 4D+ spacetime processes, eliminating the need for fundamental particles and providing a natural resolution to quantum gravity. We derive specific quantitative predictions including particle mass ratios (mµ/me = 206.77, mτ /me = 3477.2), coherence crystallization threshold (1019 GeV), and falsifiable experimental signatures. Using both mathematical and PostMath formalizations, we show how standard physics emerges as limiting cases while predicting new phenomena.