Institutional Bulwarks of the Choshu-Tabuse Conservative Order Against Radical Populism and Anarchic Regime Change: Mathematical Modeling of Thermodynamic Infrastructure Stability, Caremark Fiduciary Oversight, and RTO P2.0 Deterministic Interlocks

Historical institutional transitions succeed only when administrative revolutions are bounded by upper-echelon fiduciary continuity that preserves the physical and thermodynamic substrate of civilization. During Japan's Meiji Restoration (Meiji Ishin), the conservative order rooted in the Choshu-Tabuse and Iwakuni upper-samurai (Jōkyū Bushi) administrative tradition prevented Jacobin-style social dissolution by subordinating ideological enthusiasm to disciplined fiscal, energetic, and infrastructural stewardship. In contrast, contemporary radical populism and algorithmic anarchism advocate unbuffered regime change (uncontrolled phase transitions), treating physical grids, sovereign clearing rails, and supply chains as frictionless ideological abstractions. This monograph formalizes the institutional bulwarks derived from the Choshu-Tabuse conservative governance ethos and maps them onto modern corporate-constitutional law and deterministic cryptographic hardware. First, we construct a non-equilibrium stochastic thermodynamic model of infrastructure stability, demonstrating via Lyapunov functional analysis and Fokker-Planck first-passage theory that unthrottled populist/anarchic policy shocks induce supercritical entropy production (Ṡᵢᵣᵣ > Γcrit), triggering irreversible baseload collapse. Second, we establish how Delaware Caremark board oversight duties, SEC Rule 15c3-5 pre-trade risk controls, and Real-Time Operations Protocol v2.0 (RTO P2.0) with mandatory Human-in-Command (HIC) authority serve as modern statutory equivalents to upper-bushi institutional checks. Third, we specify a zero-knowledge hardware enforcement layer—integrating QFS-zkVM over the 64-bit Goldilocks prime field (Fₚ, p = 2⁶⁴ - 2³² + 1), Quantum-Safe Autonomous Fiduciary Architecture (Q-SAFA), and the PHOENIX_BRIDGE / PHOENIX_ROUTER interlock—that cryptographically rejects any state transition violating physical baseload invariants.