Divine Wave Model Research Program: Coherence-Based Unification of Dynamics, Geometry, Causality, and Observation (Executive Overview + Companion Papers)
Abstract
This archive contains Version 2 of the Divine Wave Model (DWM) Research Program, a structured and falsifiable investigation of coherence as an organizing principle underlying physical dynamics, emergent geometry, causal structure, and observation. Version 2 extends the original framework with four new manuscripts addressing global configuration space structure, multiverse inevitability, constrained inter-universe connectivity, and carefully delimited structural analogies to observer systems. New additions include:- A formal definition of universes as dynamically connected components of admissible coherence field configuration space.- A hierarchical classification of multiverse structure distinguishing sector multiplicity, causal branching, and accessibility relations.- A controlled operator formalism for topology-violating transitions, including statistical suppression laws that preserve structural locality.- A non-foundational mapping paper exploring structural analogies between coherence fields and observer systems, with explicit separation between established results, hypotheses, and speculative interpretation. The research program is intentionally organized as a dependency hierarchy. Each manuscript is independently falsifiable within its stated scope, and failure at higher interpretive levels does not retroactively invalidate foundational results. No manuscript claims unconstrained nonlocality, free energy extraction, superluminal signaling, observer-created reality, or violation of conservation laws. All effects arise from constrained reorganization of accessibility within coherence fields. This archive is shared as a research preprint collection for review, discussion, and further investigation.
Fields of Study & Subjects
Relativity and Gravitational Theory
Cosmology and Gravitation Theories
Noncommutative and Quantum Gravity Theories
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 1 February 2026