Lanteigne-Grenier Dipolar Theory (French PDF version only)

This document introduces the Lanteigne-Grenier Theory, a novel hypothesis proposing that gravitation is not a fundamental force, but rather an emergent effect of dipole electromagnetic field interactions at all scales of matter. In this framework, all physical structures—from atoms to galaxies—are governed by internal and external field tensions rather than mass-based attraction. The theory reproduces key gravitational phenomena such as orbital stability, light deflection, and the perihelion shift using purely electromagnetic formalism. It also introduces a mechanism for the emergence of effective mass and suggests that space, time, and cosmic expansion are macroscopic manifestations of microscopic dipole field behavior. This initial preprint includes: Conceptual foundation of the theory Mathematical framework Comparison with standard gravitational models Observational implications The author is an independent student and conceptual thinker with no formal background in physics, presenting this work with the assistance of AI-based mathematical formalization.