Categorial Closure by Synergistic Thresholds: A Systemic Ontological Framework for Emergent Domains

Scientific knowledge has historically been fragmented by arbitrary disciplinary boundaries, obscuring the continuum of emergent organization across reality. This work proposes a systemic ontological framework where categorial closure occurs through critical synergy thresholds, structuring dominant dynamics that reorganize systemic balance. Building on the Law of Structuring Systemic Emergence (LESSE), the framework introduces formal metrics — including the Information Co-evolutionary Synergy (ICS), the Systemic Dominance Index (SDI), and the Coefficient of Neutrality of the Substrate (CNS) — along with falsification protocols applicable across physical, biological, technological, and cognitive domains. A modular cartography is presented, ranging from pre-geometric fields to planetary technogenesis. By grounding scientific domains in synergy thresholds rather than historical tradition, this work suggests a reconfiguration of epistemology itself toward a threshold-centric paradigm of science.