Relational Dynamics™: Ontology of Relational Dynamics · v0.2

Relational Dynamics™ was originated and developed by Dr Alice Jing Shan 单景 as a broader working frame for understanding how systems form, stabilise, drift, adapt, and sometimes collapse under constraint over time. This bilingual positioning document introduces the Ontology of Relational Dynamics as the philosophical stance underlying the broader Relational Dynamics™ framework. Its core ontological claim is: “Reality is relational dynamics under constraint over time.” A related working frame within Relational Dynamics™ is: “Excellence is capacity held in coherence under constraint over time.” The document introduces related concepts including constraint, time, system trajectory, coherence, relational stabilisation, and traceability, while distinguishing the work from existing uses of relational ontology, process ontology, and technical AI ontologies. The English and Chinese versions are not treated as simple translations, but as coupled expressions of the same relational framework across two language-fields. This document establishes an initial traceable and versioned coordinate for future development. Keywords Relational Dynamics™; Ontology of Relational Dynamics; relational dynamics; under constraint over time; constraint over time; system trajectory; trajectory; relation; dynamics; constraint; time; coherence; excellence; capacity; Excellence is capacity held in coherence under constraint over time; relational ontology; process ontology; philosophy; ontology; systems thinking; complexity; complex systems; emergence; AI; artificial intelligence; governance; language; multilingual ontology; bilingual ontology; ScholarLand Ltd; Alice Jing Shan; canonical version; versioning; traceability; ontological precedence of relation; relational field; field over event; relation-bearing fields

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-05-30
DOI
https://doi.org/10.5281/zenodo.20403190
Primary Topic
Complex Systems and Decision Making
Type
article
Field-Weighted Citation Impact
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article

Relational Dynamics™: Ontology of Relational Dynamics · v0.2

Alice Jing Shan, 景 单
Zenodo (CERN European Organization for Nuclear Research)
Complex Systems and Decision Making
article

Relational Dynamics™: Ontology of Relational Dynamics · v0.2

Alice Jing Shan, 景 单
article en

Abstract

Relational Dynamics™ was originated and developed by Dr Alice Jing Shan 单景 as a broader working frame for understanding how systems form, stabilise, drift, adapt, and sometimes collapse under constraint over time. This bilingual positioning document introduces the Ontology of Relational Dynamics as the philosophical stance underlying the broader Relational Dynamics™ framework. Its core ontological claim is: “Reality is relational dynamics under constraint over time.” A related working frame within Relational Dynamics™ is: “Excellence is capacity held in coherence under constraint over time.” The document introduces related concepts including constraint, time, system trajectory, coherence, relational stabilisation, and traceability, while distinguishing the work from existing uses of relational ontology, process ontology, and technical AI ontologies. The English and Chinese versions are not treated as simple translations, but as coupled expressions of the same relational framework across two language-fields. This document establishes an initial traceable and versioned coordinate for future development. Keywords Relational Dynamics™; Ontology of Relational Dynamics; relational dynamics; under constraint over time; constraint over time; system trajectory; trajectory; relation; dynamics; constraint; time; coherence; excellence; capacity; Excellence is capacity held in coherence under constraint over time; relational ontology; process ontology; philosophy; ontology; systems thinking; complexity; complex systems; emergence; AI; artificial intelligence; governance; language; multilingual ontology; bilingual ontology; ScholarLand Ltd; Alice Jing Shan; canonical version; versioning; traceability; ontological precedence of relation; relational field; field over event; relation-bearing fields

Zenodo (CERN European Organization for Nuclear Research)
Ecolab (United Kingdom) (GB)
Quality Education
Openalex Percentile: Top 6%
Complex Systems and Decision Making
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