Resolving the Quantum Measurement Problem via Spiral-Time Information Projection

This paper introduces a novel resolution to the quantum measurement problem by integrating the Meta-Information Field Theory (MIFT) with the Genesis Equation. Departing from conventional interpretations that rely on wavefunction collapse or multiverse branching, the model posits that quantum measurements result from semantic resonance projections of a structured, nonlocal information field into observable spacetime. Governed by a dynamic spiral-time modulation, this framework redefines randomness as a perspectival effect of high-dimensional phase alignment. The mathematical formalism includes a generalized Klein-Gordon-type evolution of the information field and a resonance-based projection criterion that deterministically selects observable outcomes. This approach restores ontological continuity, unifies measurement with field dynamics, and offers testable predictions regarding time-phase dependencies and measurement variability.