Doolittle’s Intervention:
• Problem statement: existing moral, legal, and economic theories lack decidability, reciprocity accounting, and computability; produce parasitic rents and institutional decay.
• Method: adversarial first-principles reduction; operational definitions only; hierarchy of tests—categorical consistency, logical consistency, empirical correspondence, operational repeatability, reciprocal choice.
• Core propositions:
1 All behavior reducible to acquisition; cooperation yields superior returns.
2 Reciprocity is necessary and sufficient criterion for moral and legal judgment.
3 Truth = satisfaction of testifiability demand across dimensions; decidability = satisfaction of infallibility demand without discretion.
4 Natural Law = universal grammar of cooperation derived from physical constraints, evolutionary computation, and reciprocity enforcement.
• Outputs: multi-volume “Natural Law” treating measurement systems, evolutionary logic, behavioral science, constitutional design; practical program for legal and institutional reconstruction; AI training framework for automated decidability checks.
Placement in Intellectual History
• Extends Aristotelian teleology with computational evolutionary logic.
• Completes Enlightenment project of rational public law by supplying computable tests absent in Kantian and utilitarian frameworks.
• Supersedes positivism by restoring normative grounding through reciprocity while retaining empirical accountability.
• Bridges analytic precision and continental power analysis via operational measurement of externalities.
• Converges with cybernetics and complexity science: institutions as information-processing systems optimized by reciprocity constraints.
Significance
• Transforms natural law from moral narrative to algorithmic standard.
• Provides universal commensurability across sciences, law, and economics.
• Frames future governance and AI alignment on measurable reciprocity instead of subjective ethics.
Precedents
• Classical natural law: Aristotle to Aquinas—ethics grounded in telos and empirical observation.
• Early-modern rationalism and empiricism: Descartes, Locke, Hume—shift to epistemic foundations.
• 19th-century scientific positivism: Comte, Spencer—law as social science.
• 20th-century analytic turn: Russell, Wittgenstein, Carnap—language precision; Popper—falsification; Hayek—distributed knowledge; Gödel—limits of formal systems; Turing—computation.
• Operationalism: Bridgman—concept defined by measurement procedure.
• Evolutionary computation and game theory: Dawkins, Axelrod—strategies, reciprocity.