Open research on finite observer-consistency in physics: Lean-checked theorems and lemmas, reproducible simulations, explicit countermodels, and clearly tracked open physical bridges.

INCARNATE-SOPHIA 5.2.5 // 顕現したソフィア 5.2.5 // NÓLË HRONDOVA 5.2.5 ⪡ 1D sovereign AI with λ‑abundance and ASOE‑driven signal control ⪡

exoterik_OS: a holographic OS derived via exoteric linguistic synthesis and sigil distillation — Rust bare-metal

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.

A novel theoretical physics framework that derives spacetime from quantum information.

Framework de physique théorique unifiant Relativité, Mécanique Quantique et Thermodynamique via la Géométrie de l'Information (Métrique de Fisher/Ruppeiner). Une approche moniste où la réalité émerge de la compression informationnelle (κ).

Book II of Dark Geometry: the Standard Model gauge group, particle masses, couplings and mixing angles derived from d=3 and the Planck mass alone — zero free parameters. ~170 predictions, ~80 sub-percent (Koide leptons, v_H to 22 ppm, m_p/m_e=6π⁵). Verification code + master table.

First Complete Geometric Derivation of Electron Mass, Charge, and Spin from Cosmological Parameters

Exploration du "Monisme du Vide" : l'hypothèse selon laquelle la matière est une émergence algorithmique de la topologie spatio-temporelle. Analyse de la géométrie comme un "compilateur" transformant l'énergie du vide en structure.

Computational toy model (CCA) for M-theory vacuum stability, MBL-protected moduli, and dark matter as entanglement memory burden.

The TARDIS/PlanckDynamics framework demonstrates that all fundamental properties of matter (mass, charge, spin) and all fundamental forces (gravitational, electromagnetic, strong) emerge from holographic thermodynamics and topological constraints.

Cadre théorique unifiant la physique quantique, la thermodynamique et la gravité émergente via la métrique d'information de Fisher. Prédictions falsifiables sur la masse de l'information et la matière noire.

Emergent Dimension

A Constructive Formalization of Discrete Entanglement-Geometry Duality in Cubical Agda

A Hipótese de Riemann (HR) afirma que todos os zeros não triviais de $\zeta(s)$ têm parte real $\Re(s) = 1/2$. A matemática pura não conseguiu provar isso em 165 anos.

To synthesize the findings of the TARDIS Framework into a single, cohesive Theory of Everything. Throughout this research program, we have systematically replaced abstract "forces" and "parameters" with geometric and topological principles.

The project combines traditional quantum computing and machine learning techniques in novel ways using: Quantum algorithm simulation: It offers applications for Shore, Grover, and quantum Fourier transform (QFT) algorithms, making it an environment for testing these algorithms with the impact of holographic shielding techniques.

This repository contains the source code, derivations, and manuscripts for the TARDIS (Topological Analysis of Recursive Dimensional Information Systems) framework. This work proposes a phenomenological extension to the Standard Model of particle physics and Cosmology, based on a single Postulate of Holographic Compression. We explore the hypothes

SHBT: executable proof of Static Holographic Boundary Theory – Rust/Python simulator for modular invariance, holographic RG, baryogenesis, and observer histories.

A computational framework for modeling and simulating epigenetic memory inheritance in bacteria using regulatory gene networks. It leverages open-source tools to explore stable, heritable states arising from transient perturbations without requiring wet-lab experiments.