This work presents a novel perspective on gravity, proposing that it emerges from the interplay between energy dynamics and centrifugal forces at both cosmic and local scales. Building on the idea that gravitational effects are influenced not only by mass but also by rotational motion and energy distribution, the study introduces a dual-layer framework: (1) the galactic quantum centrifugal field, shaped by the Milky Way’s rotation, and (2) Earth’s local gravitational modulation, affected by bioenergetic and environmental harmony. Through theoretical analysis and conceptual models, this approach aims to expand current gravitational theory, bridging astrophysics, quantum mechanics, and consciousness research. The results open a pathway toward a more integrated understanding of how energy fields shape spacetime curvature and, consequently, gravity itself.

This work presents a novel perspective on gravity, proposing that it emerges from the interplay between energy dynamics and centrifugal forces at both cosmic and local scales. Building on the idea that gravitational effects are influenced not only by mass but also by rotational motion and energy distribution, the study introduces a dual-layer framework: (1) the galactic quantum centrifugal field, shaped by the Milky Way’s rotation, and (2) Earth’s local gravitational modulation, affected by bioenergetic and environmental harmony. Through theoretical analysis and conceptual models, this approach aims to expand current gravitational theory, bridging astrophysics, quantum mechanics, and consciousness research. The results open a pathway toward a more integrated understanding of how energy fields shape spacetime curvature and, consequently, gravity itself.