From topology to first principles.

This repository contains the Mathematica files of arXiv:2208.11169

🌌 Modular Substrate Theory (MST): Resolves the H₀ & S₈ cosmological tensions via informational friction. Based on the discrete ℤ₆⁽¹⁾ vacuum symmetry, it derives cosmic impedance from first principles. Repo includes the manuscript, Bayesian validation (ΔBIC=-12.1), & reproducible Jupyter notebooks. 🔭

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

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

Resolving the Hubble Tension via the Temporal Equivalence Principle: Cepheid P-L relation dependence on local potential (Paper 12)

Bayesian MCMC inference of Early Quintessence parameters from Planck 2018 CMB bandpowers

Zx_RieOS_v1.1: Complete zero-parameter Theory of Everything. Z_t = Z + C + A unifies Riemann zeros with GR. Solves Dark Energy, Hubble Tension, Planck Hierarchy. 0 free parameters. DOI: 10.5281/zenodo.19963026

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

This repository contains the Mathematica files of arXiv:2103.04045

Jabri_RiemannOS: Zero-Parameter Theory of Everything. Complete package with 10 files including Python simulations, numerical data, key equations. Proves Riemann Hypothesis via Zx function. By Abdulla Al-Jabri. DOI:10.5281/zenodo.20145337..........web site: https://jabri-com.vercel.app/

This repository contains the Mathematica files of arXiv:2012.13932

GEO (Hidden Geometry Framework): exploratory geometric operators, reproducible cosmological tests, GEO-Lens applications, and structural validation studies.

A bilocal geometric framework on a complex manifold that derives gravity, the baryonic Tully–Fisher relation, and Type Ia supernova luminosity distances from a single kinematic acceleration scale, without dark matter or dark energy.

Book 0 of the Dark Geometry series — the canonical reference volume (806 pages) gathering the founding papers of the framework into one source. One axiom (spacetime volume = information) and one input, d=3, from which the dark sector, the cosmic tensions, and the Standard-Model constants follow.

An open educational route map for understanding the Hubble tension, including CMB, distance ladders, BAO, SNe Ia, JWST, and DESI. No solution claim.

Dark Geometry: a unified geometric framework deriving spacetime, the Standard Model spectrum, dark matter, dark energy and the cosmological constant from a single input, d = 3. Formula index, 12 companion articles (LaTeX + compiled PDFs), all reference figures, and Zenodo DOIs of the five-book series. CC BY 4.0.

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.