Structuring the Scientific Exploration of Capabilities
Research Branches organise the different fields of investigation within the Science of Capability Architectures (SCA).
They provide environments for developing, structuring and connecting research questions, hypotheses, architectures, models, methods, protocols and publications around different capability-related phenomena.
They are not operational branches of ECOSYSTEM VLG World.
While Ecosystem Branches primarily organise capabilities, projects and fields of action, Research Branches organise scientific exploration and knowledge production.
ECOSYSTEM BRANCHES → Action · Projects · Capabilities
RESEARCH BRANCHES → Investigation · Architectures · Models · Knowledge
An Evolving Research Architecture
The Science of Capability Architectures does not treat its research fields as isolated disciplines.
A single problem may involve several branches simultaneously.
A question concerning territorial resilience, for example, may require the exploration of thresholds, governance, security, continuity, relationships, temporalities or humanitarian capabilities.
Research Branches therefore differentiate fields of investigation without confining them within silos.
New branches may emerge when new phenomena require a dedicated field of investigation.
Existing branches may also evolve as research progresses.
From Branches to Architectures
A Research Branch is not a single theory.
It is a structured field of investigation within which multiple architectures, models and research outputs can be developed.
The general logic is:
Question → Investigation → Research Branch → Architecture → Model / Protocol → Experimentation → Publication → New Question
This organisation preserves the coherence of the scientific corpus while allowing each field to evolve.
SCA Research Branches
Research is progressively organised through different branches of the Science of Capability Architectures.
They include:
Paradigm Transition Architectures
Exploring paradigm shifts, discontinuities and transitions between systems.
Distributed Continuity Architectures
Exploring how capabilities can persist and reorganise within distributed systems.
Systemic Analysis of Current Events
Using contemporary events as observation fields for systemic dynamics.
Threshold & Gap Architectures
Studying thresholds, gaps and discontinuities where capabilities emerge, disappear or become insufficient.
Anticipatory Security Architectures
Exploring security through assumptions, relationships, thresholds, time and anticipatory capabilities.
Humanitarian Capability Architectures
Exploring how humanitarian capabilities can be identified, developed, distributed and preserved.
Knowledge Sovereignty Architectures
Exploring the identity, continuity, transmission and sovereignty of knowledge.
Systemic Meta-Models
Developing meta-models for exploring structures, relationships, transformations and navigation within complex systems.
Pattern Interpretation Architectures
Studying the recognition, interpretation and emergence of patterns across natural, human and artificial systems.
Systemic Governance Architectures
Exploring architectures through which systems can decide, cooperate, evolve, preserve integrity and limit capture.
Civilizational Prototype Architectures
Using civilizational prototypes and extreme environments as laboratories for exploring the capabilities required by sustainable human systems.
This architecture continues to evolve alongside the research.
Branches That Can Intersect
Research Branches do not constitute a closed hierarchy.
A single research question may lie at the intersection of several branches.
A security architecture may encounter a governance question.
A humanitarian architecture may depend on continuity of water or knowledge.
A paradigm transition may transform the institutional capabilities of an entire system.
Boundaries organise research; they do not prevent connections.
From Research to Experimentation
Knowledge and architectures developed within Research Branches can inform projects and experiments within ECOSYSTEM VLG World.
Conversely, experiences emerging from projects, communities and territories can generate new questions for Research Branches.
This creates continuous circulation:
Research → Architecture → Experimentation → Field → Observation → Learning → New Research
The two architectures nevertheless remain distinct:
VLG.world / SCA → Research Branches
ECOSYSTEM VLG World → Ecosystem Branches
They can interact without being confused.