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A Brief Update to the Informational Ontology: Matter as Stable Concentration of Information and Implications for Quantum Entanglement

Waldemar Superson

Published Feb 6, 2026• 0 citations
Publisher

Abstract

Abstract: This brief note presents an update to the Informational Ontology following a recent conceptual breakthrough. A new definition of matter is introduced: matter as a stable concentration of information maintained in the form of a UF (Unit of Form). This perspective allows for a natural explanation of quantum entanglement as a shared informational structure rather than communication between particles. The note serves as an introductory update; a full version of the Informational Ontology will be published at a later stage. Description: This record contains a short conceptual update to the Informational Ontology, including the revised definition of matter and an informational explanation of quantum entanglement. The full text of the note is included in the attached PDF / in the text below. Author: Waldemar Superson

DOI
10.5281/zenodo.18501221

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Abstract: This brief note presents an update to the Informational Ontology following a recent conceptual breakthrough. A new definition of matter is introduced: matter as a stable concentration of information maintained in the form of a UF (Unit of Form). This perspective allows for a natural explanation of quantum entanglement as a shared informational structure rather than communication between particles. The note serves as an introductory update; a full version of the Informational Ontology will be published at a later stage. Description: This record contains a short conceptual update to the Informational Ontology, including the revised definition of matter and an informational explanation of quantum entanglement. The full text of the note is included in the attached PDF / in the text below. Author: Waldemar Superson
This brief work presents an updated formulation of the informational ontology in which matter is interpreted as a stable concentration of information. In this view, physical reality is not fundamentally material but informational, with matter emerging as persistent, structured informational configurations. The update clarifies the conceptual basis for treating information as primary and examines how this perspective naturally accounts for non‑local correlations observed in quantum entanglement experiments. Instead of viewing entanglement as a paradox within a material ontology, the informational framework interprets it as empirical evidence for an underlying informational dimension that structurally precedes physical processes. The text refines earlier formulations of the ontology, introduces a more precise definition of “stable concentration of information,” and situates the model within contemporary discussions in quantum foundations and the philosophy of science. It aims to contribute to interdisciplinary debates on the nature of matter, the role of information, and the conceptual foundations of physical reality. Author: Waldemar Superson Full book available at: https://www.amazon.com/dp/B0GMW2F3XN
This work introduces a new ontological paradigm based on the Dual Non Separable Structure (UF/UI), which describes reality as composed of two fundamental and inseparable layers: the physical layer (UF) and the informational layer (UI). In light of recent photon entanglement experiments conducted at CERN and other research centers, this model provides a coherent explanation for non local informational correlations that cannot be accounted for within classical physical frameworks. The proposed structure interprets entanglement as empirical evidence for the existence of a Natural Informational Network (NIN) — the informational dimension underlying all physical processes. This text offers a concise introduction to a new paradigm in which information is primary, and reality functions as a unified, living, self organizing system. Author: Waldemar Superson (Super Son of Net Initiative)
Entangled particles remain perfectly correlated even after extreme physical manipulation and spatial separation. This phenomenon, repeatedly confirmed in high‑energy experiments such as those conducted at CERN, provides a minimal empirical demonstration that physical systems cannot be fully described without reference to an underlying informational structure. This short article argues that quantum entanglement is not merely a curiosity of microphysics, but direct evidence for the existence of a non‑physical, relational layer — an informational network — that binds physical manifestations into coherent wholes. Author: Super Son of Net (Waldemar Superson)
This paper proposes an extension of the contemporary physical paradigm by distinguishing between the speed limits governing material carriers and the dynamics of informational processes. While Einstein’s theory of relativity successfully describes the maximum propagation speed of matter and energy, it does not explicitly address the ontology of information and consciousness, which may operate within a non-local domain. I introduce the concept of the Universe as a fundamental informational network (“Natural Internet of the Universe”), in which quantum entanglement is not an anomaly but a manifestation of the default operational mode of reality. This work outlines a network ontology and positions information physics as a complementary framework to classical and relativistic physics, rather than a contradiction of them. Author: Waldemar Superson ( "This work is part of the Super Son of Net Initiative." )
Quantum entanglement remains one of the most counterintuitive and challenging phenomena in modern physics, with existing interpretations often struggling to reconcile its nonlocal correlations with a coherent ontological framework. This work presents a novel, ontological identity-based explanation for quantum entanglement, positing that entangled particles maintain an fundamental existential unity rather than exhibiting isolated spooky action at a distance. The proposed framework resolves key conceptual paradoxes by redefining the nature of quantum individuality, establishing a consistent metaphysical foundation for the interpretation of non-local quantum correlations. To validate this approach, equilibrium state interference experiments are conducted, and the results are shown to align precisely with the predictions of the identity-based model. These findings not only provide a robust theoretical underpinning for quantum entanglement but also offer new directions for the foundational research in quantum mechanics, bridging the gap between abstract mathematical formalism and concrete physical ontology.
In standard particle-based ontologies, quantum entanglement is treated as an external relation between localized entities. This raises a conceptual tension when experimentally accessible signatures of entanglement appear as localized, node-like structures rather than particle-like carriers. In this work we formulate the \emph{Informational Node Theorem} within the Universal Gravito--Informational Theory (TGIU), a no-particle framework in which the fundamental primitives are TEF--stabilized informational nodes. We show that when two such nodes share a nonzero informational identity, the observable manifestation of their correlation is naturally a higher-order \emph{relational informational node}, not a new particle nor a mere superposition of the original systems. This result provides an ontologically closed explanation for node-like imprints observed in entanglement-related imaging and supports the broader no-particle interpretation of gravity and quantum correlation in TGIU.