What question did this study set out to answer?

To propose NGIFT, a theory explaining reality as a dual-layer structure integrating information and matter.

June 12, 2026Open Access

NGIFT: Non-local Gradient Informational Field Theory A Dual-layer Ontology of Reality and Its Embedding in Classical Physics

Key Points

To propose NGIFT, a theory explaining reality as a dual-layer structure integrating information and matter.
Developed a theoretical framework encompassing global and local layers of reality.
Explored implications of the theory on phenomena like gravitational lensing and entanglement.
Emphasized the testable nature of the ontology through observable predictions.
Unified galactic dynamics without invoking dark matter.
Demonstrated that atomic quantization arises from the informational layer (Matrix).
Provided a coherent explanation for gravitational lensing as an effect of informational refraction.

Abstract

NGIFT (Non-local Gradient Informational Field Theory) proposes that reality consists of two layers: a global, instantaneous informational layer (the Matrix) and a local,delayed material layer (the reaction runtime). Matter, time, gravity, geometry, entanglement and motion emerge as secondary effects of compensating two deviations: thematerial deviation AM and the geometric deviation AG. The theory unifies galacticdynamics without dark matter, atomic quantization as a resolution effect of the Matrix,gravitational lensing as informational refraction, and entanglement as deviation synchronization. NGIFT provides a coherent, testable ontology in which classical physicsis a projection of a deeper informational structure.

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