Nonlinear Vacuum Medium Model: A Falsifiable Nonlinear Substrate Model for Emergent Quantum and Gravitational Dynamics
- Posted
- Server
- Zenodo
- DOI
- 10.5281/zenodo.21953034
The Nonlinear Vacuum Medium (NVM) Model is a proposed nonlinear substrate framework investigating whether quantum-field, particle-like, and gravitational behavior can emerge as effective dynamics of a deeper continuous nonlinear medium. This manuscript presents a frozen mathematical model with explicit field content, action principles, equations of motion, constraint structure, stability requirements, correspondence limits, and falsifiability criteria.
The immediate scientific objective is not to assume the proposed ontology is correct, but to determine whether the specified model is mathematically consistent, numerically viable, and capable of producing quantitative differential predictions distinguishable from established theories. The associated research program therefore progresses from explicit model construction through computational validation, calibration, differential prediction, and attempted experimental falsification.
This revised version corrects PDF typesetting and layout. The core theoretical content and mathematical formulation are unchanged.