The Calibrated Universe Theory (CUT): A Deterministic Framework for Quantum Correlation and Cosmological Structure

The Calibrated Universe Theory (CUT) proposes a deterministic, calibration-based interpretation of quantum mechanics and cosmology. It replaces probabilistic interpretations of entanglement and wavefunction collapse with a physically grounded, pre-established phase correlation model defined at the moment of quantum interaction. The theory introduces the phase calibration function φC and explores its implications across entangled systems, cosmological constants, and the formation of structure at universal scales. This paper presents a formal model, its relation to Planck constants, the speed of light, and gravitational effects, and evaluates experimental and theoretical validation frameworks.