C++ and JavaScript N-body dark matter simulations testing the dark matter hypothesis through NFW halo concentration analysis and Baryons-only comparative modelling

Visualizing the rotation curves of galaxies to understand the evidence for Dark Matter.

Universal critical density ρ_T ≈ 20 g/cm³ from R ∝ M^(1/3) scaling. GNSS-calibrated (L_c ≈ 4200 km), validated across SPARC galaxies, Milky Way, magnetars. Temporal Topology screening reconciles galactic dynamics with GR tests. TEP Paper 6.

The ACM Trunk: a rigid holographic framework for galactic dynamics. This repository provides the core analytical engine for predicting galaxy rotation behavior from baryonic distributions via linear holographic screening. Tagline No galaxy-by-galaxy fits. No hidden knobs. Just the physics of the background floor.

Open Evidence Pack for QUMOND-based emergent gravity — auditable engine, reproducible artifacts, reviewer-ready checks.

Multi-Scale Scalar Field Approach to Galactic Dynamics Without Dark Matter

Burkert-backbone + BIC-selected Gaussian shells fit to 102 SPARC rotation curves (T=2–9). Companion code and data for Bibb (2026).

🌌 Explore dark matter dynamics with TEP-UCD, unifying atomic, galactic, and compact object scales through observed critical density patterns.

A unified information‑processing framework where spacetime, gravity, quantum behavior, black holes, dark matter, dark energy, and cosmic expansion all emerge from one medium: the Grid‑Clock Cosmic OS.

Lightweight C/Python toolkit for astronomical N-body simulations. Reconciles SPARC rotation curves and JWST morphology via a 1.21e-10 m/s^2 threshold patch. 解決星系旋轉殘差、JWST 數據偏差及數值不穩定問題。