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Preprint . 2026
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The c² Model of Realities – Version 8.0: Resonance, Coherence, and the Conditional Emergence of Reality in Dynamically Traversed State Spaces

Authors: Hofmann, Olaf;

The c² Model of Realities – Version 8.0: Resonance, Coherence, and the Conditional Emergence of Reality in Dynamically Traversed State Spaces

Abstract

This work presents Version 8.0 of the c²-model of realities, a structural framework describing the emergence of physical and experienced reality from dynamically traversed state spaces. The model distinguishes three fundamental levels: a non-spatial, non-temporal base reality (BR), a dynamical sub-reality (SR), and a consciousness reality (CR) in which interpretation and meaning arise. A central result of this work is that stability alone is not sufficient to explain physical appearance. Instead, observable states emerge only from configurations that are both structurally stable and informationally accessible under given conditions. Stability is understood as invariance under the relevant transformations of a system, while resonance acts as the dynamical mechanism through which such stable states are realized. Global dynamical conditions further determine which structures can form and persist. Within the CR layer, these processes extend to the emergence of meaning, self-reference, and higher-order stability, including recursive fixpoints of awareness. This allows a unified structural interpretation across physical, dynamical, and interpretative domains. The model thus proposes that reality is not defined by all possible states, but by those that remain stable, accessible, and dynamically realizable. Reality appears as a dynamically filtered, condition-dependent, and relational structure emerging from the interplay of stability, accessibility, global dynamics, and resonance. Diese Arbeit präsentiert Version 8.0 des c²-Modells der Realitäten, einen strukturellen Rahmen zur Beschreibung der Entstehung physikalischer und erfahrbarer Realität aus dynamisch durchlaufenen Zustandsräumen. Das Modell unterscheidet drei fundamentale Ebenen: eine nicht-räumliche, nicht-zeitliche Basisrealität (BR), eine dynamische Subrealität (SR) sowie eine Bewusstseinsrealität (CR), in der Interpretation und Bedeutung entstehen. Ein zentrales Ergebnis dieser Arbeit ist, dass Stabilität allein nicht ausreicht, um physikalische Erscheinung zu erklären. Beobachtbare Zustände entstehen ausschließlich aus Konfigurationen, die unter gegebenen Bedingungen sowohl strukturell stabil als auch informatorisch zugänglich sind. Stabilität wird als Invarianz unter den relevanten Transformationen eines Systems verstanden, während Resonanz als dynamischer Mechanismus wirkt, durch den solche stabilen Zustände realisiert werden. Globale dynamische Bedingungen bestimmen zusätzlich, welche Strukturen entstehen und bestehen können. Innerhalb der CR-Ebene erweitern sich diese Prozesse zur Entstehung von Bedeutung, Selbstreferenz und höherer struktureller Stabilität bis hin zu rekursiven Fixpunkten des Bewusstseins. Dadurch ergibt sich eine einheitliche strukturelle Interpretation über physikalische, dynamische und interpretative Ebenen hinweg. Realität wird somit nicht durch alle möglichen Zustände definiert, sondern durch jene, die unter gegebenen Bedingungen stabil, zugänglich und dynamisch realisierbar bleiben. Realität erscheint als dynamisch gefilterte, bedingte und relationale Struktur aus dem Zusammenspiel von Stabilität, Zugänglichkeit, globaler Dynamik und Resonanz.

Keywords

c² model of realities dynamical systems structural stability resonance state space dynamics emergence accessibility global dynamics consciousness self-reference fixpoints epistemic structure quantum systems operator theory nonlinear dynamics

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selected citations
These citations are derived from selected sources.
This is an alternative to the "Influence" indicator, which also reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
BIP!Citations provided by BIP!
popularity
This indicator reflects the "current" impact/attention (the "hype") of an article in the research community at large, based on the underlying citation network.
BIP!Popularity provided by BIP!
influence
This indicator reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
BIP!Influence provided by BIP!
impulse
This indicator reflects the initial momentum of an article directly after its publication, based on the underlying citation network.
BIP!Impulse provided by BIP!
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