Phase/Antiphase Interaction – The Fundamental Gravitational Mechanism in the Oscillatory Universe in the MMSI concept

Abstract We introduce a new theoretical framework in which gravitation emerges as a result of phase/antiphase interactions within an oscillatory structure of the Universe. Unlike classical models where gravity is treated as a curvature of spacetime or a force mediated by virtual particles, the MMSI (Mechanica Modulară Subcuantică Informațională) concept describes gravitation as a systemic synchronization of informational oscillators distributed across a multidimensional subquantum field. In this model, mass-bearing structures do not curve spacetime, but instead modulate their local oscillatory phase. When two or more systems enter a state of antiphase resonance, a gravitational potential is generated not by attraction, but by phase-driven contraction of the oscillatory field between them. We derive a set of conditions under which phase–antiphase alignment produces gravitational effects equivalent to Newtonian and relativistic predictions, while also offering an explanation for anomalies such as galaxy rotation curves and dark energy, without invoking dark matter or metric expansion. This phase-based gravitation model opens new avenues for understanding the deep structure of the Universe as a resonant informational system, and suggests that gravity is fundamentally a logical interaction, not a mechanical one.