The Syntagma System
Method, platform, community and cooperation — an order that deliberately does not fix itself, and precisely for that reason must be precise
Thomas Schüller · Syntagma Forschung Wien · slug: syntagma-system
ORCID 0009-0003-9799-6747 ·
forschung@tschueller.com · Vienna / Tulln, Austria · Licence: CC BY 4.0
Purpose
Motto, manifesto, statement of principles, concept sketch and thesis paper say what Syntagma stands for. This paper says how it works: as a system — multi-track, branched, connected, feedback-coupled. It is operating order and building plan at once, open and forkable.
1 Starting point: isolated research does not carry
Research that stays enclosed in its discipline answers only the questions the discipline itself can pose — and works past the real problems (health, environment, technology, living together). The Syntagma system is the organisational answer: honest, fair, goal-directed collaboration across the disciplines — transdisciplinary, not merely multidisciplinary. The difference is precisely definable: multidisciplinarity places disciplines side by side; interdisciplinarity lets them cooperate at interfaces; transdisciplinarity works across and beyond the disciplines on a shared question and allows the disciplines themselves to change in the process (Nicolescu, 2002; Gibbons et al., 1994; Pohl & Hirsch Hadorn, 2007).
2 The system image: control loop, not line
Syntagma deliberately does not commit to a canon, a procedure or a hierarchy of disciplines — "we do everything differently, and not that either." So that this does not become arbitrariness, the system has a fixed form but no fixed content: the control loop.
— in parallel on several tracks, with cross-connections between the tracks (knotenwerk)
Three properties are constitutive: multi-track (several questions run in parallel; no compulsion toward the one agenda), branched and connected (tracks may split and cross; the knotenwerk keeps the cross-connections explicit and consultable) and feedback-coupled (every result flows back into the loop as a measurement — theory and practice regulate each other as in a closed control loop, not as in a one-way street from "pure" to "applied" research).
Prioritisation happens, if at all, through the goal: the requirement and the desired output determine which discipline currently leads — with caution and on time. No discipline stands above another; leading is a function of the question, never a rank of the person or the field.
3 Translation between the disciplines
The main practical obstacle of transdisciplinary work is language: the same words carry different meanings in different fields, and every field holds knowledge locked inside its terminology. Science studies knows the working solutions: trading zones in which disciplines develop local in-between languages (Galison, 1997), and boundary objects that are intelligible in several worlds at once without dissolving into any one of them (Star & Griesemer, 1989). Syntagma builds both in systematically:
- Work glossaries: every work defines its load-bearing terms bilingually and across fields — translation is part of the work, not an afterthought.
- Knotenwerk as boundary object: the relations between findings are kept as explicit, machine-readable nodes — the same structure is readable for all fields.
- Intelligibility as acceptance criterion: a result only one's own discipline understands is unfinished. Traceability for non-specialists belongs to sign-off.
4 Roles: generalists and specialists
The system needs both and ranks neither: specialists bring the depth without which findings are not load-bearing; generalists bring the cross-connections without which findings never meet. Research on collective problem-solving shows that cognitively diverse groups outperform homogeneous expert groups under broad conditions (Hong & Page, 2004) — diversity of approaches is not a weakness of the system, it is its engine. Relation work — connecting, translating, putting into relation — counts at Syntagma as an independent, recognised research contribution, not as auxiliary service.
5 Theory and practice: the closed loop
Theory without practice remains assertion; practice without theory remains anecdote. The system couples both hard: every theory names what would defeat it (falsifiability as standard, see the thesis paper); every implementation produces measurements that flow back into theory. Two building principles apply with surgical, engineering-grade precision:
- Traceability: every statement has a named source or a named uncertainty; generatively produced references count as unverified until the primary source confirms them. The path from question to finding is documented and walkable.
- Reproducibility: works carry version states, checksums and open formats; tools are open source; data and methods are enclosed. What cannot be reproduced is marked as provisional — not hidden.
Precision is no opposite of the openness "from absurd to calculated": the entry may be absurd — the examination never is.
6 Platform architecture: modular and portable
The technical platform follows the same principles as the research: minimal structure, open interfaces, no lock-in — every module replaceable, portable and forkable.
Domain, mark, motto — belongs to Syntagma itself, not to a carrier person or platform. First building block of the spin-out.
Works, register, knotenwerk — statically generated, openly licensed, with checksums; runs on any web space.
Open-source instruments (AGPL); the whole platform builds from one command; no third-party dependencies in the delivered state.
Repository and discussion spaces on EU-sovereign, portable infrastructure — growing with the community, movable without loss.
From private start-up phase to a non-profit structure; funding transparent, RETURN under exploration. Modules stay independent of the current carrier form.
7 Community building: stages, not hurdles
- Now: give research input (question, finding, objection — informally), spread the works, propose topics. No account, no prerequisite.
- With the spin-out: open repository and discourse space — contribute to the corpus by contribution, translation, examination; maintain the knotenwerk together.
- With the body: membership in the non-profit association, a say in the order itself — rules stay minimal and set by the participants (Ostrom, 1990).
At every stage: the argument decides — not origin, title or length of belonging.
8 Partnerships and cooperations
Isolated, Syntagma too would be almost pointless. Cooperation is welcome — with individuals, groups, institutes, companies and administrations — but under clear rules, the same for all:
- Honest: interests are disclosed; hidden agendas end the collaboration.
- Fair: contributions are named and attributed; results of joint work stay openly accessible.
- Goal-directed: cooperation serves the shared question, not capture. Cooperation yes — dependence no: no partner obtains disposition over identity, corpus or infrastructure.
- Limited: no collaboration with military, weapons or defence industry; no partnership that puts paywalls before results.
9 System map
The documents interlock: statement (the entry) → motto and manifesto (sentence and principles) → stance and discourse (values, limits, dispute culture) → statement of principles (the standpoints with sources) → concept sketch (the historical thesis) → thesis paper (the usage order) → this system paper (the operation) → platform paper (the infrastructure). Each document is v0.x: the loop runs over the order itself as well — examination and feedback included.
→ Further
The technical realisation of this system as infrastructure: platform paper "The Syntagma Platform".
§ References
Galison, P. (1997). Image and Logic. A Material Culture of Microphysics. University of Chicago Press. (Trading zones.)
Gibbons, M. et al. (1994). The New Production of Knowledge. Sage, London. (Mode 2.)
Hong, L. & Page, S. E. (2004). Groups of diverse problem solvers can outperform groups of high-ability problem solvers. PNAS, 101(46), 16385–16389.
Nicolescu, B. (2002). Manifesto of Transdisciplinarity. SUNY Press, Albany.
Ostrom, E. (1990). Governing the Commons. Cambridge University Press.
Pohl, C. & Hirsch Hadorn, G. (2007). Principles for Designing Transdisciplinary Research. oekom, Munich.
Star, S. L. & Griesemer, J. R. (1989). Institutional Ecology, 'Translations' and Boundary Objects. Social Studies of Science, 19(3), 387–420.