What question did this study set out to answer?

To establish a new mechanism for gravitational interaction based on information theory and provide predictions for experimental validation.

April 24, 2026Open Access

NGIFT 4.0 — Neutrino–Graviton Information Field Theory

Key Points

To establish a new mechanism for gravitational interaction based on information theory and provide predictions for experimental validation.
Introduced discrete, information-based mechanisms for gravitational interactions.
Developed a matrix formalism representing matter as perturbations of an informational matrix.
Clarified the role of informational rigidity in gravitational interactions.
Established a framework for understanding motion as reconfiguration of finite information.
Outlined predictions that can be experimentally tested in future studies.

Abstract

NGIFT 4.0 (Neutrino–Graviton Information Field Theory) introduces a discrete, information‑based mechanism for gravitational interaction. Matter is treated as localized perturbations of a neutrino–graviton informational matrix, where motion corresponds to reconfiguration of finite information rather than continuous trajectories. Version 4.0 consolidates the matrix formalism, clarifies the role of informational rigidity, and outlines experimentally approachable predictions for future validation.

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Szymon Flieger

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NGIFT 4.0 — Neutrino–Graviton Information Field Theory

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Abstract

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