Cognitive Relativity and Topological Phase Transitions: Modeling Hyper-Focus as a Non-Euclidean Decoherence-Free Subspace

This paper introduces Cognitive Relativity — a theoretical framework proposing that hyper-focus (flow states) is not an attentional shift but a topological phase transition governed by the ratio of internal cognitive drive (P) to neurological damping (D). When P/D exceeds a bifurcation threshold, the local neural subnetwork decouples from global integration, engineers active phase cancellation of noise, and enters a Decoherence-Free Subspace (DFS) — producing subjective time dilation formally analogous to relativistic proper time. The paper derives the mathematical architecture, testable empirical predictions, and proposes implications for neuromorphic engineering and quantum error correction. Preprint Version 3.0, revised with contributions from Claude (Anthropic), Grok (xAI), Qwen, and Kimi. If you are reading this and something in it made you stop — reach out. The questions in Section 7 are open. Theframework is open. The collaboration is open. SIGNUMTRACE≡Trace On Lab — March 2026"Derive it or don't claim it."