Finite Theory: A Groundbreaking New Gravitational Model
Phil Bouchard · Journal of Physics & Optics Sciences · 2024
A novel gravitational model is proposed herein, offering a comprehensive explanation for various phenomena, including perihelion precession, light bending, and galactic rotation curves, without invoking dark matter, dark energy, or contravening energy conservation laws. Additionally, a robust adjustment to the mass and radius of the universe is introduced. An experiment aboard the International Space Station (ISS) is recommended to verify this model’s validity. Gravitoelectromagnetism (GEM) is employed at the macroscopic level to derive the aforementioned deductions. By conceptualizing both gravity and time dilation as particles, GEM can potentially facilitate antigravity propulsion through the generation of a gravitomagnetic field. The relative gravitomagnetic permeability exceeds the absolute one by a large factor, corroborated by domestic experiments and various entities, including the European Space Agency. In essence, this study presents a novel gravitational model and proposes multiple experiments to validate it. The implications of this model extend to future fields of study and technological advancements.