From topology to first principles.

The Cascade Series: The universe from nothing

In this project, we will use bayesian inference to estimate the matter density parameter, the dark energy density parameter and the Hubble constant using Supernova luminosity data.

Reproducible test-first framework for evaluating cosmological constant mechanisms and LQG-inspired predictions. Includes bounded parameter scans demonstrating 150+ order mismatch constraints.

This repository provides the complete mathematical framework, computational tools, and verification notebooks for the paper "The E8 Arithmetic Universe: Deriving Fundamental Constants and the Cosmological Constant Without Free Parameters"

🔍 Explore a unification framework where Standard Model observables emerge as Casimir eigenvalues, enabling precise predictions for future experiments.

Program dedicated to the study of the origin of the cosmological constant.

Animations and plots illustrating homogeneous cosmology within different models

Quantum Vacuum Geometry — Self-consistent spectral equation extending Connes-Chamseddine NCG to derive Standard Model parameters from five geometric axioms

Route map, citation guide, and provenance index for the Gauged Constant Vacuum-Mode (GCV) framework.

Self-consistent fixed-point simulator on a dcpo: U ≅ μF = F(μF,μF) = colimⁿFⁿ(⊥) ≅ μF

An effective field theory on a Riemann–Cartan manifold in which torsion is encoded by a scalar field, providing a geometric framework for gravity and cosmology beyond standard curvature-only models.