Quantum Resolution of Biological Nitrogen Fixation: The Fe6-Fe2 Mu-Bridge Mechanism via ARK5Q-200K Protocol

Abstract This paper introduces the exact resolution of the dinitrogen (N2) reduction mechanism utilizing the ARK5Q-200K protocol. By applying a sub-femto resolution (10^-17 m), we identify the Fe6-Fe2 Mu-bridge as the primary site for electron-transfer optimization. Our VQE/UCCSD simulations, performed with a precision of < 1.6 mHa, demonstrate how 200,000 logical qubits resolve the electronic correlation of the FeMo-cofactor, providing a blueprint for synthetic biomimetic catalysts that operate with zero-latency efficiency. This resolution establishes a sovereign food infrastructure for extra-planetary habitats.