A Domain-Driven architecture for the autonomous manufacturing of Rad-Hard quantum sensors from lunar regolith. By utilizing Many-Body Localization (MBL) within an Al-Cu-Fe Quasicrystal framework, the GOLDEN-SIEVE transforms raw lunar elements into a self-healing, topological shield. This repository hosts the full-process simulation

Deterministic proof of Topological Resilience in E₆ manifolds using Discrete Alignment Theory (DAT 2.0). Implements Hamiltonian dynamics and spectral β-analysis to demonstrate icosahedral recovery.

Codes used in Bsc thesis: "Probing the static depinning transition of a crystal/quasicrystal interface"