Probing the Gravitational Effects of Rotating Masses in a Vacuum via the Proposed Equations

The gravitational effects of a rotating body on a nearby body in a vacuum are investigated. Our findings, derived from the proposed equations, highlight the substantial gravitational forces exerted by the rotating body. These results are pertinent for developing unconventional gravity-generation methods for space and terrestrial applications. Moreover, this study enhances our understanding on the role of angular velocity in the dynamics of planetary systems.