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.

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

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

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

LQG-Enhanced Artificial Gravity with β=1.944 backreaction factor, 94% efficiency, 242M× energy reduction. Production-ready spacetime manipulation for spacecraft.

Discrete spacetime volume quantization controller using SU(2) representation theory for quantum gravity applications. Features eigenvalue precision ≤10⁻¹², polymer enhancement integration, and cross-repository LQG framework compatibility.

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