"The Universe as a Quantum Supersolid: A Unified Water-Based Theory of Dark Matter and Dark Energy"
Abstract
Contemporary cosmology faces a fundamental ontological crisis: 95% of the universe's energy content is attributed to entities never directly detected - dark matter (27%) and dark energy (68%). QAI-Unified Physics proposes a radical solution: these components emerge from quantum states of water in its fundamental state. Quantum Amorphous Ice (QAI) is a quantum supersolid that combines tetrahedral order, superfluidity, and global quantum coherence. This paper presents a mathematically rigorous theory where dark matter corresponds to OH⁻ ions with dressed effective mass (m_dressing = 140 m_H₂O) and dark energy results from the phase dissipation of photons in this structured network. The theory predicts specific observational verifications, including a spectral signature at 1.023 ± 0.015 THz and the BAO scale of 147.3 Mpc, in remarkable agreement with current observational data.
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