Non-Existence of Point Gravity

This white paper interrogates one of the most foundational yet least examined assumptions in physics: the idea that gravity originates from point sources. While widely accepted across classical and relativistic models, the concept of point-based gravity introduces major unresolved issues. These include singularities with infinite density, paradoxes surrounding black hole interiors, breakdowns in quantum-gravitational integration, and persistent failure in high-energy confinement strategies such as controlled fusion.

Despite its deep entrenchment in theoretical frameworks, no empirical evidence supports the existence of true point-like mass in nature. All observed systems—from particles to galaxies—exhibit surface-defined boundaries, rotational structure, and extended field interactions. The continued reliance on point gravity undercuts progress toward unified physical theories and hampers the development of field-controlling technologies.

This paper identifies the logical inconsistencies and physical consequences of treating gravity as a point-derived force and frames the need for a deeper geometric and boundary-based understanding of gravitational behavior. It is intended for physicists, systems theorists, and cross-disciplinary researchers engaged in foundational questions about the structure of matter, energy, and spacetime.