Static Q Orbit and Halo Simulation Code

This archive contains the complete supplemental material for the paper "Galactic Rotation Curves and the Baryonic Tully–Fisher Relation from Static Quantum Coherence Fields". It includes Python scripts, rotation curve data, and documentation used to generate the key results and figures in the manuscript. Specifically: Q_Orbit_Simulation.py simulates the motion of a test particle in a two-dimensional potential generated by a static Gaussian coherence field Q(x)Q(x)Q(x), as illustrated in Figure 1. Compute_Q_Profile_Plot.py processes observed galaxy rotation curve data to extract the scalar coherence field Q(r)Q(r)Q(r) through geometric differentiation and tail-scaling. The output profiles correspond to Figures 2a–c. Data files for galaxies NGC 3198, DDO 154, and IC 2574 are provided in tabular format (.txt) with source references. A README file documents usage instructions, dependencies, and file structure. All code is written in Python 3 and uses NumPy and Matplotlib. This package supports reproducibility and transparency for the coherence-based gravitational modeling framework proposed in the paper.