Theoretical analysis proposes consciousness as a fundamental physical force arising from many-body dynamics, suggesting a non-perturbative mechanism driven by effective potential transitions.
FINDING: Consciousness proposed as a fundamental physical force, with a specific mathematical mechanism emerging from complex many-body dynamics (arXiv:physics/0409140v2). | MATH: The core mathematical content is in the "extended effective potential method" — a non-perturbative, causally complete solution to the many-body problem. This yields a "dynamic multi" (likely multi-stability or multi-scale) phenomenon. Key formal elements: (1) effective potential \(Veff(x)\) extended beyond perturbation theory; (2) causal completeness implies no hidden variables — the system's evolution is fully determined by its own interaction structure; (3) criticality: the "critical choice of sustainability transition" suggests a phase-transition-like bifurcation parameter \(λ_c\) where collective dynamics shift. No explicit constants or ratios are given in the abstract — the mathematical content is structural, not numeric. | CONNECTION: The many-body critical transition resonates with self Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com
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Andrew Stewart Caldin (2026) studied this question.
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