ORCID
Globally unique researcher ID; links preprints, DOIs, and publications. Required by many publishers and funders.
Profiles & Repositories
Three Boxes from Bonn
When Bonn University’s sociology department moved and its library could not follow, books were sold. I bought three boxes — Brentano, Scheler, Spengler and many others. Between paper dust and fan noise, the theory of Quantum Monads took shape: relationships carry energy and meaning.
The profiles below show the factual side — ORCID, Zenodo, Google Scholar & more — yet the impulse is older: a small library reaching into the future.
Scholarly profiles and repositories bundle publications, citations, and networks — discoverable across platforms and persistently referenceable.
Here are the key platforms I use: ORCID as a unique researcher ID; Zenodo for DOIs and open access; visibility and networking through Google Scholar, ResearchGate, and Academia; plus SocioHub for the sociology community and Wikidata as a semantic hub in the global knowledge graph.
This diversity mirrors the interdisciplinary scope of the Quantum Monads — spanning mathematics, physics, philosophy, and sociology.
Google Scholar
Citation metrics (e.g., h-index) and the reception of the Quantum Monads theory across disciplines.
ResearchGate
Publications, preprints, and methodological exchange; visibility for interdisciplinary questions.
Academia.edu
Interdisciplinary networking; philosophical and sociological texts bridging classical theory and systems science.
SocioHub
Platform of the Specialised Information Service for Social Sciences; links to sociological systems theory.
Zenodo
Open-access repository (CERN/EC) with DOIs for persistent citation; datasets and simulations are versionable.
Wikidata
Semantic node in the global knowledge graph; machine-readable linking of research and cultural data.
Decentralized visibility: Profiles consolidate identities, while publications remain persistently findable via DOIs (Zenodo/ORCID) and IPNS addresses — a redundant, interdisciplinary publication network.
Short Profile & Working Mode
The Quantum Monads project integrates engineering, sociology, philosophy, and computer science. The aim is a consistent framework that couples formal precision with societal relevance: models that compute — and orient.
Collaboration & Submissions
I collaborate with teams working on coherence, resonance, and coupling (physics, systems theory, AI ethics). Contributions are welcome as working papers or datasets (Zenodo/ORCID). Guiding principles: transparency, clear licenses, reproducibility, versioning.