BProbeM is a Wolfram Mathematica package based on BProbe, which is the implementation of an algorithm which rasterizes the semi-classical limit of a fuzzy brane described by a set of matrices. BProbeM adds several features for scanning, improves and significantly expands the documentation and improves computation time.

• Updated Jan 19, 2021
• Mathematica

Q⊗DASH is a comprehensive quantum computing framework built around the Metatron Quantum State Operator (QSO) — a 13-dimensional quantum system based on sacred geometry. The platform combines a high-performance Rust core with intelligent calibration layers and integration bridges for enterprise deployment.

• Updated Feb 13, 2026
• Rust

Computes the generators for a given representation of SU2 and SU3.

• Updated Jan 19, 2021
• Mathematica

Generate synthetic observational datasets from quantum-geometry signatures for LIGO, EHT, and gravitational wave detectors with realistic noise models and instrument specifications

• Updated Jul 21, 2025
• Python

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• Updated Aug 27, 2025
• Python

Publishing this library to speed up civilization

• Updated Nov 2, 2025
• Python

Quantum Geometric Machine Learning framework with dual JAX/PyTorch backends for quantum-enhanced data analysis, topological feature extraction, and manifold learning

• Updated Dec 8, 2025
• Python

Warp signature detection workflow transforming curvature analysis into quantum-geometry signatures, synthetic detector data, and sensitivity comparisons for observational validation

• Updated Jul 21, 2025
• Python

Research-stage results; see docs/ for validation, benchmarks, and uncertainty notes.

• Updated Aug 27, 2025
• Python

A project where I show Python code to do some nice computations within the framework of tetrahedra's quantum geometry.

• Updated Oct 26, 2025
• Jupyter Notebook

⚛️ Physique atomique avancée & Twistronique : de l'évolution des modèles historiques aux super-réseaux de Moiré et états quantiques exotiques par rotation de couches 2D.

• Updated Jan 11, 2026

⚛️ Physique atomique avancée & Twistronique : de l'évolution des modèles historiques aux super-réseaux de Moiré et états quantiques exotiques par rotation de couches 2D.

• Updated Jan 11, 2026

Cadre théorique open-source unifiant la Physique et la Théorie de l'Information. L'Univers comme processeur géométrique discret, où la matière est une compression d'information et la gravité une force entropique

• Updated Jan 9, 2026

Formalisme mathématique unifié de la Théorie du Champ Géométrique Actif (AGFT). Synthèse trans-scalaire reliant la twistronique, la frustration géométrique et la physique nucléaire via le Tenseur Géométrique Quantique.

• Updated Jan 9, 2026

🌌 Explore the Computational Geometric Universe Model (MUCG) to understand the underlying architecture of reality through information processing, not substance.

• Updated Feb 20, 2026