Photonic Implementation of Instability-Driven Quantum Computation — Realizing LMT’s Fragility Advantage with Optical Systems —

Building upon the theoretical framework of Instability-Driven Quantum Computation in Load Minimization Theory (LMT), this paper focuses on photonic platforms as the most natural hardware for exploiting Q⁺ (fragile, ultra-sensitive resonance). We map the relational state |ψ⟩ to multi-mode optical states and realize Q⁺ through interference networks, Zero Switch via physical optical elements, and Lindblad dissipation as photon loss acting as creative cooling. This photonic-first approach minimizes additional friction F while maximizing high-gain resonance search, offering a pure and scalable path toward LMT-based quantum processors. A hybrid extension with superconducting Q⁻ storage is discussed as a future direction.