MASTER 00 / Framework 2 Resonance‑Based Subspace Dynamics (RBS‑D) Consolidated Overview, Structural Phase Architecture, Connection to Framework 1, and Citable Bibliography of Publications 25–29

Overview Master 00 of Framework 2 introduces the structural phase of the Resonance‑Based Subspace Dynamics (RBS‑D) project. Framework 2 reinterprets physical systems as stable organizational configurations within a tetravalent role space defined by the axes U1 (stability), U2 (dynamic coherence), r (topology), φ (phase), and τ (time ordering). Connection to Framework 1 Framework 1 (Publications 1–24) provides the dynamical foundation of RBS‑D, including resonance operators, attractor topology, emergent mass, nonlinear mode interactions, and empirical validation through ATM‑models. Its entry document, Master 00 Framework 1, is referenced through DOI: https://doi.org/10.5281/zenodo.18144808. Framework 2 builds directly on these results, offering a structural interpretation layer that classifies dynamical systems through organizational roles, structural modes, assemblies, projection equivalence, and hierarchical ATM‑models (15, 31, 63). Purpose of This Document This Master 00 publication serves as: the central entry point to Framework 2 a unified structural overview of Publications 25–29 a formal bridge to Master 00 of Framework 1 a citable index for structural research a foundation for future structural publications (30–50) Indexed Publications (Framework 2) Publication 25 — Launch of the Structural Phase Publication 26 — Structural Organization of Matter in Role Space Publication 27 — Structural Language and Organizational Roles Publication 28 — Empirical Realization of RBS‑D Axioms through ATM‑Dynamics Publication 29 — Unified Organizational Theory of Matter in Role Space

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-07-28
DOI
https://doi.org/10.5281/zenodo.21642721
Primary Topic
Embodied and Extended Cognition
Type
article
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0.00
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article

MASTER 00 / Framework 2 Resonance‑Based Subspace Dynamics (RBS‑D) Consolidated Overview, Structural Phase Architecture, Connection to Framework 1, and Citable Bibliography of Publications 25–29

Tobias Wolfelsperger
Zenodo (CERN European Organization for Nuclear Research)
Embodied and Extended Cognition
article

MASTER 00 / Framework 2 Resonance‑Based Subspace Dynamics (RBS‑D) Consolidated Overview, Structural Phase Architecture, Connection to Framework 1, and Citable Bibliography of Publications 25–29

Tobias Wolfelsperger
article en

Abstract

Overview Master 00 of Framework 2 introduces the structural phase of the Resonance‑Based Subspace Dynamics (RBS‑D) project. Framework 2 reinterprets physical systems as stable organizational configurations within a tetravalent role space defined by the axes U1 (stability), U2 (dynamic coherence), r (topology), φ (phase), and τ (time ordering). Connection to Framework 1 Framework 1 (Publications 1–24) provides the dynamical foundation of RBS‑D, including resonance operators, attractor topology, emergent mass, nonlinear mode interactions, and empirical validation through ATM‑models. Its entry document, Master 00 Framework 1, is referenced through DOI: https://doi.org/10.5281/zenodo.18144808. Framework 2 builds directly on these results, offering a structural interpretation layer that classifies dynamical systems through organizational roles, structural modes, assemblies, projection equivalence, and hierarchical ATM‑models (15, 31, 63). Purpose of This Document This Master 00 publication serves as: the central entry point to Framework 2 a unified structural overview of Publications 25–29 a formal bridge to Master 00 of Framework 1 a citable index for structural research a foundation for future structural publications (30–50) Indexed Publications (Framework 2) Publication 25 — Launch of the Structural Phase Publication 26 — Structural Organization of Matter in Role Space Publication 27 — Structural Language and Organizational Roles Publication 28 — Empirical Realization of RBS‑D Axioms through ATM‑Dynamics Publication 29 — Unified Organizational Theory of Matter in Role Space

Zenodo (CERN European Organization for Nuclear Research)
Openalex Percentile: Top 7%
Embodied and Extended Cognition
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