Coherence-Field (Q) Simulations

This repository contains the full set of Python scripts used to generate all simulations and figures for the paper “Cosmic Dynamics from a Quantum Coherence Framework”. The code implements the phenomenological evolution of a scalar coherence field Q(x,t) through nonlinear diffusion–generation–decay dynamics, the associated gravitational-potential solver, and comparison runs under standard Newtonian gravity.Included are:• a 2-D Q-field solver and statistical analysis,• a 2-D Q-particle (tracer) clustering simulation with Poisson inversion (∇^2Φ = Q),• a 2-D Newtonian control simulation (∇^2Φ=ρ),• a 3-D Q-field solver confirming robustness of the mechanism, and• a 1-D qualitative toy model demonstrating void-driven repulsion.