AquaLucis: Complete Physical Architecture of Nonlocal Liquid Phase Perception

AquaLucis is a closed physical system enabling real-time perception through water via nonlocal phase resonance. This whitepaper formalizes the theoretical, mathematical, and experimental structure of AquaLucis, detailing the field-based model, Brillouin spectral response, and conditions for deployment. All proposed mechanisms are grounded in verifiable physics (phase diffusion, spectral coherence, and entropy filtering). The model introduces a new unit of perception Ψₗ, and a global transformation kernel Ψᴀ across planetary water. This document is intended for physicists, engineers, and experimentalists in quantum sensing, hydrodynamics, and field-based signal theory.