Ab Initio Quantum Dynamics in Phyllotactic Lattices: An Empirical Mapping of Topological Decoherence (Labs 1-6)

This empirical study evaluates the topological immunity of chiral edge states within an aperiodic, golden-ratio-based phyllotactic quantum lattice (Vogel spiral). Utilizing exact diagonalization of a tight-binding Floquet Hamiltonian (Zero-Trust Validation), we systematically expose the geometry to extreme magnetic flux, ionizing radiation, kinematic vibrations, macroscopic acoustic strain, and synergistic environmental attacks. The empirical data accurately maps the specific decoherence thresholds of the lattice, validating the architecture's inherent resilience and exposing the thermal limitations of static magnetic driving forces.