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This work interprets the distribution of superlarge cosmic structures within the Seven Forms of Matter model to propose a connection with advanced forms of intelligence.

July 8, 2026Open Access

Large-Scale Anomalies in the Distribution of Galaxies as a Possible Signature of Form 4 in the Seven Forms of Matter Model (7FM)

Key Points

This work interprets the distribution of superlarge cosmic structures within the Seven Forms of Matter model to propose a connection with advanced forms of intelligence.
Analysis of the 'Big Ring' and the Giant Arc structures in relation to the 7FM model.
Development of criteria for distinguishing artificial from natural structures.
Proposal of empirical verification protocols involving the measurement of anisotropy in fundamental constants.
Evidence suggests that large-scale structures correlate with Form 4 (Cosmurgic Matter) instead of being artificial in origin.
Establishment of criteria such as statistical anomaly and geometric regularity to assess structure origins.
7FM model findings align closely with anomalies, supporting hypotheses that merit further investigation.

Abstract

This article offers an interpretation of recently discovered superlarge astrophysical structures — the "Big Ring" (diameter 1.3 billion light-years) and the Giant Arc (extent 3.3 billion light-years) — within the framework of the ontological "Seven Forms of Matter" (7FM) model. The author shows that these structures are not artefacts of a galactic civilisation (Form 3.3), but with high probability correspond to Form 4 (Cosmurgic Matter) — a level of intelligence capable of purposefully altering local physical laws and initial conditions of the Universe. The scale, geometric regularity, and systemic nature of the anomalies (the seventh such structure, two in the same region of the sky) point to ontological engineering rather than energy infrastructure. The article establishes a connection between 7FM and the Infinite-Dimensional Multiverse Model (IDM), showing that 7FM serves as the ontological legend to the map provided by the IDM. This provides a practical verification protocol: measuring the anisotropy of fundamental constants in the direction of the anomalies. Using the metrological extension of 7FM (the Cosmurgium system for Form 4), quantitative criteria for distinguishing natural from artificial structures are proposed: statistical anomaly, geometric regularity, homogeneity violation, and systemic nature can be measured in kosms, singularities, and temporas. The 7FM model, developed as pure extrapolation, receives its first empirical support. The article does not claim that the anomalies are of artificial origin, but shows that they agree with 7FM predictions and deserve serious attention from the astrophysical community. The author invites astrophysicists, cosmologists, and SETI specialists to collaborate on testing the proposed hypotheses.

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