The Quantum Realm: Generative Dynamics in a Pre-Geometric Substrate

*The Quantum Realm: Generative Dynamics in a Pre‑Geometric Substrate* develops a physics‑native account of quantum behaviour as the activity of a system that has not yet acquired geometric structure. Instead of treating superposition, interference, and entanglement as mysterious features of objects evolving within spacetime, the report interprets them as signatures of a pre‑geometric regime in which physical configurations exist as structured possibilities rather than stabilised trajectories. Collapse is treated as a physical selection process that removes unstable configurations and returns the system to a stabilised continuation, while reinforcement consolidates the selected outcome. This iterative stabilisation provides a natural route from quantum behaviour to classicality, and at larger scales to the emergence of effective density, curvature, and geometric structure. Entanglement is reframed as shared pre‑collapse structure, probability as structural tendency, and measurement as a transition from pre‑geometric fluidity to stabilised configuration. The result is a coherent, standalone framework in which quantum processes are understood as ongoing creation within a pre‑geometric substrate, and geometry emerges from the accumulation of stabilised structure. This perspective preserves the empirical success of quantum mechanics while clarifying the ontological status of its core phenomena and offering a natural bridge to emergent geometry and gravitational behaviour.