The Bible Through the Lens of Spatio-Temporal Ladder Theory A New Physical Interpretation of Divine Manifestation, the Great Flood, Longevity Decline, and Human Suffering
Abstract
This paper proposes a systematic physical reinterpretation of the Bible, grounded in the Spatio-Temporal Ladder Theory (STLT). STLT posits that the universe originated from the polarization of dark matter—a unified energy-Qi field—producing contracting matter (4D physical spacetime) and expanding dark energy (6D Qi-spacetime, 18D Divine-spacetime, 54D Virtual-spacetime, and 162D Dao-spacetime). The universe undergoes progressive dimensional collapse as dark matter density declines along the Solar System's galactic orbit. We demonstrate that this collapse maps precisely onto the macro-structure of the Bible: direct divine manifestation and near-millennial lifespans correspond to the 18D Divine-spacetime epoch; angelic appearances and declining lifespans correspond to the 6D Qi-spacetime epoch; and hidden divinity with pervasive human suffering corresponds to the 4D physical spacetime epoch. At the center stands the Great Flood—explained here as a cascading collapse across all four higher-dimensional spacetimes (6D, 18D, 54D, 162D) simultaneously, not a single-dimension event. This corrected interpretation is demanded by three independent physical arguments: energetic necessity, theological coherence, and coupled topological stability. The dramatic lifespan decline from ~969 years (Methuselah) to ~75 years (modern era) is explained quantitatively by a two-phase Q-field decay model with a step discontinuity at the Flood. The residual post-Flood field ratio Q1/Q0 = 0.18 is derived from zero-free-parameter topological charge conservation. The same coupling constant alpha governs both the Biblical lifespan pattern and the Hubble tension (DeltaH0/H0 = sqrt(alpha) = 8.54%), confirmed at 7-sigma by JWST in 2026.
Fields of Study & Subjects
Biblical Studies and Interpretation
Religious Studies and Spiritual Practices
Cosmology and Gravitation Theories
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 3 March 2026
- Language
- EN
- Document type
- Preprint