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The Theory of Everything

Bailey, Denis
PhilArchive · Papers
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philosophy
This paper presents a unified structural framework that explains how systems develop, reorganize, and generate new forms of coherence across scales. Rather than proposing a single physical or metaphysical principle, it identifies the invariant operator that governs transitions between dimensions of organization. The theory shows how tension accumulates within an existing architecture, how continuity fails at threshold conditions, and how a new dimensional geometry emerges through the hinge mechanism. By treating development as a structural process rather than a domain‑specific phenomenon, the framework provides a general account of coherence, instability, and transformation applicable to physical, biological, cognitive, and social systems. The result is a theory of everything in the literal structural sense: a description of the operator that shapes the evolution of form wherever systems encounter the limits of their current dimension.
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