From topology to first principles.

Official repo for Modular Substrate Theory (MST). Geometric unification of Cosmology & Hadronic Spectroscopy from first principles. Resolves H₀/S₈ tensions, predicts exotic states (d**), and validates vacuum structure via prime number spectral resonance. Zero free parameters.

This repository contains the Mathematica files of arXiv:2208.11169

This repository contains the Python and Mathematica files of our paper

Unified Information-Density Theory v3.9 - Vacuum Information Density as the Fundamental Geometric Scalar: A Proposed Theoretical Framework for the Yang-Mills Mass Gap and Gamma-Scaling Unification

Official repo for the paper: "The Emergence of Geometry". Analytical derivation and 150-digit validation of the identity linking ζ(0), ln 2, and the emergence of spatial geometry within the Z/6Z modular substrate.

This repository contains the Mathematica and MGCAMB files of arXiv:2004.08363

This repository contains the Mathematica files of arXiv:2103.04045

Estimation of the Hubble constant using Gaussian process regression and viable alternatives

This repository contains the Mathematica files of arXiv:2012.13932

This repository contains the CLASS/MontePython Implementations as well as the Mathematica files of our paper

Comparative cosmology framework showing how CPT-Siamese phase dynamics resolves the main failures of ΛCDM: H₀ tension, σ₈ tension, Axis of Evil, JWST early galaxies and vacuum energy. Includes analytic model, toy simulations, and H(z), q(z) figures. Open reproducible science.

C implementation resolving the σ8 and H0 tensions from d=3. Zero free parameters.

Fully reproducible cosmology pipeline testing a Siamese Interference Dark Sector via three independent falsification probes (Hubble expansion, effective equation-of-state, interference entropy). Current model over-accelerates the Universe; future Study II will test inverted interference toward cosmic deceleration.

Galactic-Rotation-Curves-from-the-de-Sitter-Horizon, Gibbons–Hawking temperature of the de Sitter horizon

These repositories will be archived on April 14, 2026 (in 2 weeks). All previous versions have been superseded by QCAUS v1.0. Please download any code or data you need before April 14, 2026. New unified QCAUS v1.0 contains everything from the old projects plus major improvements (annotated overlays, ZIP export, historical airport presets, full p

Official implementation of "The Quantum Loom." We simulate Spacetime as a Discrete Topological Superfluid on IBM Heron (156-qubit) processors to computationally resolve the Hubble Tension, Dark Energy, and the Singularity.

Hubble Tension, Dark Energy, and Quantum Gravity: Unified Resolution via Finite Energy Conservation

The August 6th Hypothesis Cosmic Date: Cumulative Structural Drag in Cosmic Timekeeping