v1.0.0 — SHBT Precision Framework & Executable Audit Engine

Static Holographic Boundary Theory (SHBT) — Initial Publication Release

This release establishes the baseline computational verification engine for the manuscript "Static Holographic Boundary Theory, Precision Cosmology, and Sub-Kelvin Address-Scaled Landauer Calorimetry".

Key Features & Verification Highlights

• Modular Closure & Anomaly-Free Branch: Complete audit verification of the canonical branch $(k_\ell, k_q, K) = (26, 8, 312)$ with zero framing defect ($\Delta_{\text{fr}} = 0$)[cite: 11].
• Rust Core & PyO3 Bindings: High-precision matrix operations implemented in Rust, exposed to Python via Maturin for rapid parameter sweeps and Jupyter analysis[cite: 11].
• Precision Cosmology Audit: Numerical verification of local Hubble uplift ($H_0^{\text{loc}} \approx 72.2\text{ km s}^{-1}\text{ Mpc}^{-1}$), dark entropy debt ($\DeltaMod \approx 0.1375$), and cosmic chronometers data matching.
• Baryogenesis & Neutrino Hierarchy: Topological stress-energy preserving baryogenesis identity ($\eta_B \approx 6.45 \times 10^{-10}$) and lightest neutrino mass floor ($m_{\nu, 1} \approx 2.83\text{ meV}$).
• Landauer Calorimetry Protocol: Sub-Kelvin address-scaled dissipation bounds for experimental falsification.

Quick Audit Run

pip install maturin
maturin develop --release
python shbt_simulate.py --mode audit