Galactic Rotation from the Compact Fiber: The Gravitational Limit, R¹6, and a Zero-Parameter Rotation-Curve Model

This release contains the paper "Galactic Rotation from the Compact Fiber: The Gravitational Limit, R¹6, and a Zero-Parameter Rotation-Curve Model" and its accompanying reproducibility repository. It presents a structurally derived galactic rotation model from the compact-fiber / discrete-scalar-motion framework, together with the code, data pipeline, comparison models, scans, and analysis workflow used to generate the reported results. The repository includes the RST nonlocal rotation-curve model, fixed-baseline MOND and DFT-B comparison models, SPARC-based evaluation across 171 galaxies, parameter and sensitivity scans, per-galaxy outputs, and scripts to reproduce the paper's headline tables and statistics from raw inputs. The paper argues that the framework yields a specific zero-calibrated-parameter galactic rotation model with competitive performance against fixed MOND on the SPARC benchmark. This Zenodo release is intended as an open scholarly record of both the paper and the full supporting computational workflow.