Traditional monetary theory assumes a quasi-static equilibrium for capital allocation.This paper introduces a fluid dynamical interpretation of capital markets, treating credit asa non-stationary fluid constrained by a static boundary layer (the physical economy). Byapplying a modified Navier-Stokes framework, we derive the exact analytical value of theenergy escape constant κ. We demonstrate that structural crises are deterministic phasetransitions and empirically validate this topology by back-testing the 2008 Subprime Mort-gage Crisis, proving that binary economic models suffer from catastrophic divergence whencredit bandwidth exceeds boundary-layer surface tension.
Da Wei (Mon,) studied this question.