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Oscillatory Interference of Gravitational Lensing with Electromagnetic Radiation in the NMSI Framework

Author:

Lazarev, Sergiu Vasili

Category:

Research Papers

Sub-Category:

Gravity

Language:

English

Date Published:

August 11, 2025

File:

/Research Papers-Gravity/Download/10288

Downloads:

302

Keywords:

Gravitational lensing, Oscillatory interference, Subquantum resonance, NMSI theory, Electromagnetic repulsion, Negative gradient, Phase transition, PhiCLO oscillators

Abstract:

This article presents a rigorous mathematical derivation of gravitational lensing as an oscillatory interference phenomenon within the framework of the New Subquantum Informational Mechanics (NMSI). Unlike traditional geometric models, this approach describes the lensing process as a resonance-induced modulation between gravitational wave structures and electromagnetic (EM) radiation. The derived solutions indicate that light is weakly repelled, not bent attractively, and that the gravitational potential gradient is negative in the observable frame due to oscillatory phase interactions. This leads to precise predictions about the apparent displacement and intensity anomalies in lensed sources. Case studies with sources behind and laterally offset from the gravitational lens confirm the model's predictive power. The findings challenge conventional lensing interpretations and propose a coherent oscillatory field mechanism capable of reconciling gravitational dynamics with EM propagation.

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