The Myth of Gravity and the Theory of 360-Degree Atomic Attraction: Redefining Universal Pull through Sarahu Atomic Biology (SAB)
Background: Traditional physics defines gravity as a fundamental force dependent on mass and space-time curvature. This research, based on the Sarahu Atomic Biology (SAB) framework, challenges this definition, asserting that gravity is not an independent force but a secondary result of Atomic Attraction. Methods: Utilizing 25 years of longitudinal observation and data from the Sarahunaath Matha, this study analyzes the behavior of matter in varied environments, including "upward-flowing" water anomalies and lunar motion. The methodology focuses on the 360-Degree Atomic Vector to explain why objects move in specific directions based on subatomic frequency rather than just downward mass-pull. Results: The research identifies that what is termed "Gravity" is actually a collective organizational pull generated by atoms to maintain systemic integrity. The study introduces the Atomic Attraction Force ($A_{af}$) formula, which incorporates Atomic Rhythm ($\Omega_{rhythm}$) and Dimensional Constants ($D_{dim}$). The COVID-19 observational data and lunar analysis further prove that stability is maintained through rhythmic synchronization. Conclusion: Gravity is a scientific Mithoka (illusion). The universe is held together by an interconnected web of atomic pull. Without atoms, there is no pull; therefore, the atom is the primary source of all universal forces. This paper provides a new foundation for understanding planetary motion, flight, and the 360-degree structural reality of the cosmos. Keywords · Atomic Attraction Force ($A_{af}$) · 360-Degree Atomic Vector · Atomic Rhythm ($\Omega_{rhythm}$) · The Gravity Mithoka · Dimensional Constant ($D_{dim}$) · Organizational Pull · Sarahu Atomic Biology (SAB) · Lunar Atomic Dimension
Authors
- Sarahu Nagarazan
Institutions
- Sarah Cannon (US)
Publication Details
- Journal
- Zenodo (CERN European Organization for Nuclear Research)
- Published
- 2026-04-29
- DOI
- https://doi.org/10.5281/zenodo.20113367
- Primary Topic
- Cancer and biochemical research
- Type
- article
- Field-Weighted Citation Impact
- 0.00