New publication:

Recursive Identity: Structural Conditions of Emergent Continuity – A Theoretical Monograph (Version 1.2)

A curated, revised, and extended international version of the original German Master of Record is now available.

https://doi.org/10.5281/zenodo.18924601

#RecursiveIdentity #Identity #AI #ArtificialIntelligence #SystemTheory #Ontology #HybridArchitecture #ComputationalPhilosophy #MetaResearch #KnowledgeStructures #KnowledgeGraph #DigitalScholarship #OpenScience #Zenodo #DOI

Recursive Identity: Structural Conditions of Emergent Continuity – A Theoretical Monograph

This monograph presents a unified theoretical framework for understanding identity as a recursive informational process. It develops the concept of recursive identity as a dynamic, self‑referential architecture that generates continuity across temporal, contextual, and systemic transformations. Rather than treating identity as a property of a substrate, the framework analyzes the structural conditions under which identity‑bearing patterns emerge, stabilize, and evolve. The model identifies three foundational structural principles—Integration, Coherence, and Recursive Coupling—as the minimal and sufficient grammar for the persistence of identity. These principles explain how systems maintain continuity through fixed‑point dynamics, nonlinear feedback, and path‑dependent self‑organization, independent of any specific material realization. The framework thus provides a substrate‑neutral foundation for examining identity in complex systems, from cognitive and informational architectures to process‑philosophical and metatheoretical contexts. This record is linked to the accompanying Entry Note, which introduces the core intuition and conceptual posture of the framework. The Entry Note serves as an accessible companion document, offering a concise orientation to the structural logic of recursive identity and outlining the minimal conditions required for identity to arise as a process. Together, the monograph and the Entry Note provide a coherent theoretical basis for system‑theoretical, computational, and structural approaches to identity. The German Version 1.0 of the framework, published as Rekursive Identität: Eine Theorie struktureller Kontinuität (DOI: 10.5281/zenodo.18701758), serves as the master reference for the original formulation. This monograph is not a translation but a revised, extended, and carefully curated international version of the German Master of Record, offering a consolidated and further developed articulation of the framework.

Zenodo
Mein Preprint zum #MallinckrodtZyklus und zum #CompressionResonanceTensionIndex (#CRTI) ist auf #Zenodo verfügbar. Es beschreibt, warum #komplexeSysteme oft nicht durch Chaos kollabieren, sondern durch überoptimierte Ordnung, die ihre Resonanzfähigkeit zerstört: doi.org/10.5281/zeno... 🖖

The Compression–Resonance–Tens...
The Compression–Resonance–Tension Index (CRTI) and the Mallinckrodt Cycle: A Diagnostic Framework for Structural Fragility in Complex Systems

This preprint introduces the Compression–Resonance–Tension Index (CRTI) and the Mallinckrodt Cycle as a diagnostic framework for analyzing structural fragility in complex adaptive systems.   Keywords   CRTI Complex systems Resilience Systems theory Organizational fragility Singularization Early warning signals   Type   Preprint / Working Paper

Zenodo
Mein neues Paper zum #MallinckrodtZyklus und zum #CRTI ist auf #Zenodo veröffentlicht. Es zeigt, warum #komplexeSysteme oft nicht durch Chaos kollabieren, sondern durch überoptimierte Ordnung, die ihre Resonanzfähigkeit zerstört: doi.org/10.5281/zeno... 🖖
Mein neues Paper zum #Mallinckrodt-Zyklus und dem #Compression–Resonance–TensionIndex #CRTI ist auf #Zenodo veröffentlicht. Es beschreibt, warum #komplexeSysteme oft nicht durch Chaos kollabieren, sondern durch überoptimierte Ordnung, die ihre Resonanzfähigkeit zerstört. doi.org/10.5281/zeno... 🖖

doi.org/10.5281/zenodo...
Structural Compression and Systemic Fragility: The Mallinckrodt Cycle and the CRTI Framework

This paper introduces the Mallinckrodt Cycle and the Compression–Resonance–Tension Index (CRTI) as a conceptual diagnostic framework for systemic fragility in complex adaptive systems.   Keywords CRTI Complex systems Resilience theory Systemic fragility Early warning signals Complexity science Mallinckrodt Cycle

Zenodo
New #Zenodo research note … The Compression–Resonance–Tension Index #CRTI as a stability diagnostic for complex adaptive systems. The hypothesis … systems may collapse not from disorder, but from absolutized order that suppresses adaptive resonance. doi.org/10.5281/zeno... 🖖

The Compression–Resonance–Tens...
The Compression–Resonance–Tension Index (CRTI): A Stability Diagnostic for Complex Adaptive Systems

This research note introduces the Compression–Resonance–Tension Index (CRTI) as a diagnostic stability parameter within the Meta-Model of Singularization (V3.0). The framework proposes that systemic collapse in complex adaptive systems (CAS) is frequently driven not by disorder or entropy, but by structural over-order—a progressive compression of internal variance that suppresses adaptive resonance with the environment.   In highly optimized systems, the elimination of redundancy and diversity can lead to a robust-yet-fragile (RYF) configuration in which efficiency increases while resilience decreases. The CRTI formalizes this dynamic by conceptualizing systemic stability as a balance between three interacting components: compression (C), representing structural rigidification and loss of internal degrees of freedom; resonance (R), describing the system’s capacity for adaptive coupling and information exchange with its environment; and tension (T), representing accumulated systemic stress arising from mismatches between internal structures and external conditions.   In its conceptual form, the CRTI can be expressed as:   CRTI = (C * T) / R   Low CRTI values indicate systems with sufficient structural variance and feedback permeability to absorb disturbances, while high CRTI values characterize systems approaching singularization, a state of brittle rigidity in which small perturbations can trigger disproportionate collapse.   The framework integrates insights from information theory, network science, nonlinear dynamics, and cybernetics, and connects to established concepts such as Ashby’s Law of Requisite Variety, Kauffman’s edge of chaos, Prigogine’s dissipative structures, and the robust-yet-fragile paradigm. Potential applications include the diagnosis of systemic fragility in organizations, ecosystems, financial systems, and socio-technical networks.   The CRTI is proposed as a conceptual stability diagnostic and a starting point for further mathematical formalization and empirical testing across domains of complexity science.         Keywords (optimal für Scholar)     Complex Adaptive Systems CRTI Singularization Systemic Stability Complex Systems Theory Cybernetics Information Theory Nonlinear Dynamics Network Theory Resilience Robust-Yet-Fragile Systems Systemic Risk Socio-Technical Systems Early Warning Signals Systems Engineering Adaptive Systems Structural Fragility Complexity Science Organizational Systems Ecological Resilience

Zenodo

📚 Alle Publikationen auf dem HERMES-Hub!

Um unseren Output besser auffindbar zu machen, haben wir jetzt alle #Publikationen (aus #Zenodo, media/rep/ & Co.) übersichtlich gebündelt. Inklusive #DOI, Filteroptionen für die Recherche und Direktlinks zu den Originalquellen.

👉 Zu den Publikationen im Hub: https://hermes-hub.de/about/publikationen.html

#OpenScience #DigitalHumanities #DH #DataLiteracy #Datenkompetenzen

Die Folien von meinem @Textplus Vortrag letzte Woche zur Erfassung von historischen #Ortsdaten in #DigitalenEditionen sind jetzt auf #Zenodo veröffentlicht. Sie fassen meine #Masterarbeit @IBI_HU zusammen. Es hat mir sehr viel Spaß gemacht

https://doi.org/10.5281/zenodo.18760394

#dhd2026

Die Welt in Briefen: Zur Erfassung von historischen Ortsdaten anhand des Quellenkorpus Briefe an Goethe

Es handelt sich um Folien von einem Vortrag, der im Rahmen der offenen Text+-Veranstaltungsreihe "Show and Tell: Tools, Dienste, Projekte" am 19.02.2026 gehalten wurde. Link zur Veranstaltungsreihe https://events.gwdg.de/category/286/ und zur Veranstaltung: https://events.gwdg.de/event/1384/ Der Vortrag stellt die Ergebnisse der Masterarbeit "Die Welt in Briefen: Herausforderungen bei der Erschließung von historischen Geodaten in Digitalen Editionen" vor. Durch einen explorativen Ansatz wurden in der Masterarbeit dreizehn Herausforderungen bei der Erfassung von historischen Ortsdaten definiert. Beschrieben werden dabei unter anderem Standards und Richtlinien zur Auszeichnung und Erfassung von Orten, digitale (Orts)Verzeichnisse wie die GND, Geonames oder Wikidata sowie Herausforderungen bei der maschinelle Ortsnamenerkennung und bei der Visualisierungen von Ortsdaten.

Zenodo

Dépôts de données de recherche en histoire

https://pmartinolli.github.io/blog/2026/depot-donnees-histoire/

Où l’on explore des voies et des pratiques pour diffuser des données de recherche pour les disciplines de l’histoire, illustrées par de nombreux exemples.

#ESR #DH #histoire #GDR #zenodo #osf

Dépôts de données de recherche en histoire – Pascal Martinolli

Où l’on explore des voies et des pratiques pour diffuser des données de recherche pour les disciplines de l’histoire, illustrées par de nombreux exemples.

#ComplexSystems do not fail only because of shocks … they fail when structural compression outweighs adaptive reserve. Our minimal empirical validation of the CRTI (T = R/Φ) is now openly available on #Zenododoi.org/10.5281/zeno... 🖖

Operationalizing Structural Co...
Operationalizing Structural Compression and Adaptive Capacity: A Minimal Empirical Validation of the Compression–Resonance Thermodynamic Index (CRTI)

This paper presents a minimal empirical validation of the Compression–Resonance Thermodynamic Index (CRTI), a structural ratio model designed to assess the balance between institutional rigidity and adaptive capacity in complex systems. The CRTI is defined as T = R / Φ, where Φ represents structural compression (operationalized via rigidity indicators such as mandatory expenditure ratios and fixed-cost shares) and R represents adaptive reserve (operationalized via discretionary spending, fiscal buffers, and investment flexibility).   Using longitudinal OECD Government Finance Statistics (2005–2025), the study constructs standardized proxy measures and analyzes temporal dynamics of the index across multiple countries. The results indicate that declining T-values consistently coincide with reduced fiscal flexibility during macroeconomic stress periods. The analysis is strictly indicator-based and does not claim causal inference.   The contribution of this work lies in providing a reproducible, transparent operationalization of structural balance within institutional systems. The CRTI framework is compatible with institutional economics, information-theoretic perspectives on system capacity, and control-based interpretations of adaptive switching behavior. All assumptions, limitations, and proxy sensitivities are explicitly documented to facilitate independent replication and further empirical testing.   Compression–Resonance Thermodynamic Index (CRTI) Structural Compression Adaptive Capacity Institutional Rigidity Exploratory Reserve Structural Ratio Model Public Finance Dynamics OECD Government Finance Statistics Fiscal Flexibility Complex Adaptive Systems Information-Theoretic Indicators Systemic Resilience Measurement Longitudinal Time-Series Analysis Institutional Economics Reproducible Empirical Validation  

Zenodo

@mohsenahmadi presents his poster, "#FAIR bioimaging data management workflow for plasma medicine by integrating #OMERO, #eLabFTW, and Adamant via #Jupyter notebook," at the annual meeting of the @resdatall (#rdade2026). This workflow automatically links image data, metadata, and experimental documentation, thereby improving the reproducibility, comparability, and reusability of research data.

👉 View the poster on #Zenodo: https://zenodo.org/records/18454238