Emergence VOL1.1

Title: Emergence: A Deterministic Model from Wave Intersections on a Pre‑Geometric Canvas — Complete Series (Papers I–VII) Author: Edwin Ong Version: 1.1 License: CC BY 4.0 --- Description: A complete unified framework derived from a single postulate: all fields are open waves on a pre‑geometric canvas. Wave intersections above a threshold form closed waves (particles). Spacetime emerges from space‑time wave intersections as a discrete voxel lattice. Gravity is lattice compression. Seven papers cover: core framework, quantum foundations, black holes and cosmology, particle physics, condensed matter, atomic and optical physics, nuclear and biophysics, and quantum information (Bell measurement, teleportation, Bell inequality). The model reproduces ~100+ phenomena, solves the measurement problem, resolves the information paradox, derives the Born rule and speed of light, avoids singularities, explains dark energy as residual lattice tension, and makes testable predictions (CMB cutoff, energy‑dependent c). --- Keywords: deterministic model, emergent spacetime, quantum gravity, unified field theory, wave intersections, Feynman diagrams, Bell inequality, quantum teleportation