GUIDED ENTROPY PRINCIPLE RESEARCH ARTIFACTS — PUBLIC ACCESS

Guided Entropy Principle

Unified framework derivation — interactive research artifacts

ΔS = D · C · R · (1 + αE − β‖∇S‖)

One equation. Every scale. Every domain. β = 0.5, established by hardware validation (ERPC power electronics on Arduino) before being applied to cosmology, where it then predicts the Planck-2018 spectral index n_s = 0.965 within published error bars.

The artifacts below are open-source under MIT, run entirely in the browser with zero dependencies, and derive from the same single equation: from quantum field theory and Higgs SSB through black hole thermodynamics, dark energy, galaxy spin, and four-tier AI memory architecture.

SECTION 01 14 SIMULATIONS

GEP Simulation Suite

Interactive physics — 14 domains

Real-time lattice simulations of GEP across foundation, forces, cosmology, astrophysics, applied engineering, and falsification. Higgs SSB, dark matter saturation, black hole thermodynamics, ERPC hardware validation, Nexus memory lifecycle, and a 25-condition falsification dashboard. Every parameter adjustable. Validation badges against Planck 2018.

Canvas-rendered Zero deps 14 sims ~143 KB MIT

Launch Suite →

SECTION 02 1B-DIGIT ANALYSIS

Tsallis q-Sweep Explorer

Entropy across 11 constants

Interactive dashboard for Tsallis-entropy gradient analysis on 11 mathematical constants — π, e, φ, √2, √3, ln2, Fibonacci, Catalan, Euler-Mascheroni γ, Lemniscate ϖ, Gauss G — each computed at one billion digits. Sweep q-indices, watch kurtosis convergence, helix winding, KS significance, and pattern recurrence in real time.

y-cruncher pipeline CUDA recall Embedded data Single file MIT viz

Open Explorer →