Thermodynamic Necessity of Nonlinear Wealth Realization

This paper applies the Thermodynamic Necessity Architecture (TNA) to socio-economic systems, modeling wealth as stored coherence and its realization as constrained by finite negentropic export capacity. We prove that market valuations based on marginal liquidity produce oniric (non-linearly realizable) values at scale, derive collapse conditions when realization rates exceed system throughput (Ψ), and show that instability arises from velocity mismatch, not accumulation size. Historical cases (Weimar hyperinflation, USSR dissolution, Dot-com bubble, 2008 crisis) are analyzed as throughput failures. Appendices provide saturation models for negentropy capacity, early warning indicators, and operational implications for risk management. The framework reframes financial instability as a negentropy engineering problem, independent of ideological narratives.