Structural Organization of Matter in Role Space: A Unified Organizational Theory Based on Role Fields, Projection Equivalence and Structural Modes
Year: 2026
Type: article
Abstract: This publication introduces an organizational interpretation of stable material systems within the multidimensional role space of Framework 2. Building upon the tetravalent structural language established in Publication 27 and the independent ATM‑model realizations demonstrated in Publication 28, Publication 29 investigates whether matter may be understood as persistent organizational configurations whose structural identity remains largely independent of their physical realization. A central concept developed in this work is the Principle of Projection Equivalence, which states that different mathematical, geometrical, temporal, topological, or computational descriptions may represent complementary projections of a single underlying organizational configuration. Based on this principle, the publication introduces structural modes as persistent organizational states occupying characteristic regions of role space. These modes provide a unified language for describing stability, persistence, transitions, and organizational evolution across scientific disciplines. The resulting framework extends the objectives of Framework 2 by proposing a general organizational theory capable of comparing systems from different scientific domains through shared structural principles. The work is formulated as an open research program whose validity depends on mathematical consistency, computational reproducibility, empirical investigation, and interdisciplinary application.
Author: Wolfelsperger, Tobias
Language: English
Topic: Complex Systems and Dynamics
Subfield: Statistical and Nonlinear Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7171557402
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