This work studies agency, coordination, and emergence as thermodynamically constrained phenomena governed by feasibility, planning horizon adequacy, and irreducible maintenance costs across physical, biological, and social systems.
- Compressors, Curl, & Constraint Geometry
- Below the Strategic Threshold
- The Minimal Basis of Coordination
- Navier–Stokes, Vorticity Growth, & the Finite Residence of Balanced States
- Hilbert's Sixth Problem & the Cost of Infinite Information
- The Geometry of Self-Correction
- Simulation Horizons, Constraints, & the Emergence of Strategic Agency
- Triadic Tension, Decade Symmetry, & Dissipation Flow in Constraint Geometry
- Bounded Reflexivity & Constraint Theory
- Pentagonal Constraints & Quantum Computing
- Complex Adaptable Systems, Complexity Ladders, & Agency
- Innovation Cycles and Civilizational Renormalization
- Information-Theoretic Constraints on Sociotechnical Systems
- Binding Energy, Critical Radii, & Information Maintenance Tax
- Conservation, Dissipation, & Field Emergence
- Type Ia Supernova Information-Theoretic Energetics
- The Anthropic Thermodynamic Principle
- Black Hole Horizons & Dimensional Reduction Correspondence