This work explores agents and coordination in constrained systems under finite resources—treating agency, emergence, and collective behavior as phenomena shaped by feasibility, planning horizon adequacy, and irreducible maintenance costs across physical, biological, and social domains. All work should be considered speculative and incomplete. Published Work.
Core Theory
Supporting Research
- Finite Residence, Feasibility Projections, & Quartic Transport
- Repair as Local Optimization in Constraint Geometry
- Preserved Curl, Scale Separation, & Topological Leakage
- Navier–Stokes, Vorticity Growth, & the Finite Residence of Balanced States
- Hilbert's Sixth Problem & the Cost of Infinite Information
- The Geometry of Self-Correction
- Binding Energy, Critical Radii, & Information Maintenance Tax
- Conservation, Dissipation, & Field Emergence
- Type Ia Supernova Information-Theoretic Energetics
- Black Hole Horizons & Dimensional Reduction Correspondence
Applications & Extensions
- Compressors, Curl, & Constraint Geometry
- Below the Strategic Threshold
- The Minimal Basis of Coordination
- Simulation Horizons, Constraints, & the Emergence of Strategic Agency
- Bounded Reflexivity & Constraint Theory
- Pentagonal Constraints & Quantum Computing
- Innovation Cycles and Civilizational Renormalization
- Complex Adaptive Systems & Stepwise Structure Buildup
- Information-Theoretic Constraints on Sociotechnical Systems
- The Anthropic Thermodynamic Principle