The Divine Wave Model: Resonant Wormholes and the Coherence-Driven Time Machine

This work presents a theoretical framework in which a single complex field with local U(1) phase symmetry—referred to here as the Divine Wave Model (DWM)—is proposed to support resonant, bounded spacetime “throats” stabilized by coherence-density gradients inside a high-Q cavity. These coherence gradients are further proposed to yield net force and controllable time-offset effects relative to external clocks.

The paper outlines: (i) a theoretical pipeline beginning with the fine-structure constant to set parameter constraints and resonant scales; (ii) a proposed device configuration with suggested materials, control scheme, and sensing components; and (iii) a replication-oriented test protocol including thrust logging, spectral observation, and timing-offset evaluation. Bill of materials and firmware listings are included for experimenters wishing to explore the outlined concepts.