Unified Constraint Theory — Executive Summary
Abstract
This record presents the Unified Constraint Theory, a constraint-first ontological framework that reframes physics as the study of forbidden losses rather than constructive forces. Instead of treating reality as something actively created, the theory proposes that existence is the residue of what is not allowed to disappear. At its core is the minimal identity: S + C = E (Source + Constraint = Expression) The Source is defined as pure, undifferentiated capacity—a single, universal substrate. The Constraints, termed The Great Refusals, are standing prohibitions that prevent collapse into indistinction. Observable reality emerges as stable Expression when forbidden states are excluded. Three fundamental constraints are identified: Gravity — the refusal of placelessness; preserves location and acts as a permanent public record of commitment. Light — the refusal of secrecy; enforces real-time disclosure of state and information. Dissipation (Sound / Impact) — the refusal of stasis; guarantees interaction leaves irreversible trace. Within this framework: Polarity is the minimum viable structure for persistence. Inertia is localized commitment; gravity is its archival wake. Stars, matter, and complexity arise naturally when loss is forbidden. The Big Bang is reinterpreted as the activation of constraint—the first “heartbeat” of a system that refused to remain unexpressed. The Executive Summary consolidates the full framework into a concise, scannable record suitable for cross-disciplinary reference. It is presented as a completed, internally consistent ontology that is compatible with existing physics while offering a unifying interpretive lens across cosmology, field theory, thermodynamics, and systems science.
Fields of Study & Subjects
Chaos
Complexity
and Education
Earth Systems and Cosmic Evolution
Origins and Evolution of Life
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 2 January 2026
- Document type
- Preprint