Code and data for the article 'Cognitive Projection and Observer Entropy: A Minimal Model of Subjective Physics'.
Reproducible simulation and theoretical framework of Thermodynamic Cognitive Homeostasis (TCH) — a thermodynamic model of self-regulating cognition within Subjective Physics. Includes Python code, figures, and validation scripts.
Reproducible simulations of cognitive phase transitions, observer entropy, and adaptive networks in Subjective Physics.
Unified theoretical–empirical verification of the Cognitive Uncertainty Principle (CUP). A jump–diffusion model reveals an epistemic phase boundary between a Fisher regime (Δε·ΔDₖₗ ≥ 1.17×10⁻⁴) and a KL regime (Δε·ΔDₖₗ ≈ 1.71×10⁻²). The canonical bound Δβ·KL ≥ 3.94×10⁻⁴ remains robust.
Reproducibility package for Operational Quantum Foundations: simulations, statistical inference, and figures on fidelity scaling and the quantum measurement problem.
Simulation of cognitive entropy and perceptual resolution in subjective physics. Models functorial projection from ontological state space to perceptual representation.
Open repository with code and data supporting the subjective physics hypothesis: multi-level computational model of macro-consciousness with self-organizing networks and predictive adaptation.
Categorical model of subjective observer collapse and cognitive projections.
Open repository containing code, simulations, and LaTeX materials supporting the Subjective Physics hypothesis: modeling cognitive phase transitions, synchronization, and order parameters in adaptive networks of agents with fully reproducible experiments.
⚙️ Implement self-regulating cognitive systems using the Thermodynamic Cognitive Homeostasis model for robust AI development and simulation.
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