Event Density and the Emergence of Spacetime | ED-10 скачать в хорошем качестве

Event Density and the Emergence of Spacetime | ED-10

Physics has long treated spacetime and information as fundamental. The Event Density (ED) framework shows they are not. At the micro‑scale, there are no distances, durations, manifolds, or geometric structures—only micro‑events, participation relations, ED gradients, and irreversible commitment. Geometry, locality, causal structure, information, and the arrow of time emerge only when participation becomes thick, redundant, and stable. Spacetime is the classical appearance of dense commitment histories; geometry is the coarse‑grained resistance pattern of ED gradients; information is the constraint structure imposed by committed micro‑event histories; and temporal direction is the asymmetry of commitment. Horizons arise as participation bottlenecks, not geometric boundaries, and singularities mark the breakdown of the manifold approximation, not physical infinities. Einstein’s equations, quantum dynamics, thermodynamics, and cosmology all become regime‑dependent summaries of participation geometry. ED provides the ontological substrate beneath physics, unifying quantum behavior, classical geometry, relativistic structure, and cosmological evolution under a single architecture of becoming.