Universal determinant‐based generating functional for SU(2) 3nj recoupling symbols — analytic framework with SymPy verification and uncertainty‐quantification routines for quantum angular-momentum and spin-network calculations.

Matlab code for quantum spin-1/2 networks. It provides code to analyse the geometry of such networks, and some basic quantum control and characterisation code.

Analysis of Averaged Null Energy Condition violations in Loop Quantum Gravity. Studies energy condition constraints, quantum field behavior, and spacetime energy density bounds in quantum gravitational contexts.

Closed-form SU(2) operator matrix elements for arbitrary-valence nodes via a universal generating functional and hypergeometric expansion.

A comprehensive Diophantine characterization and exact kernel catalog of the four-valent Loop Quantum Gravity volume operator, including Python scripts for spectral analysis, figure generation, and automated LaTeX table output.

Control of atoms in optical lattices by energy landscape shaping via a DMD

Visualization and Numerical Analysis of Quantum Spin Networks