subjective-physics

Simulation of cognitive entropy and perceptual resolution in subjective physics. Models functorial projection from ontological state space to perceptual representation.

Numerical simulations validating the observer entropy framework: demonstrating emergent thermodynamics from quantum information loss. Code reproduces monotonic entropy growth and temperature emergence for qubit-bath systems under Lindblad dynamics.

Code and data for the article 'Cognitive Projection and Observer Entropy: A Minimal Model of Subjective Physics'.

Categorical model of subjective observer collapse and cognitive projections.

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.

Reproducible simulations of cognitive phase transitions, observer entropy, and adaptive networks in 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.

Reproducibility package for Operational Quantum Foundations: simulations, statistical inference, and figures on fidelity scaling and the quantum measurement problem.

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.

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.