Author:
Lazarev, Sergiu Vasili
Category:
Research Papers
Sub-Category:
Quantum Theory / Particle Physics
Date Published:
September 1, 2025
Keywords:
Oscillatory Gravitation · Orbital Resonance · Subquantum Mechanics · NMSI · Center-of-Mass Oscillation · Anti-Phase Gravity · Logical Oscillatory Computing (TQC) · Gravitational Redefinition
Abstract:
We present a novel theoretical framework in which gravitation is no longer interpreted as a
classical attractive force but rather as the emergent result of subquantum oscillatory interference between all the atoms of interacting bodies. This model is grounded in the NMSI (New Subquantum Informational Mechanics) framework, in which mass and motion derive from the phase-structured oscillatory behavior of matter at the subquantum level. We demonstrate that orbital motion—traditionally explained by Newtonian mechanics or general relativity—can be derived from the resonance condition between oscillating centers of mass. Through numerical examples (satellite orbit and Moon–Earth system), we show that classical orbital velocities can be recovered from purely oscillatory principles. This paradigm eliminates the need for action-at-a-distance forces, proposing instead that gravity and orbital stability emerge naturally from phase interference and resonance.
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