hotSpring Validation Summary

Computational physics on consumer GPU — 720/596/1,045 tests, 234 experiments, guideStone Level 6, 25 papers reproduced, $0.30 total science cost

Status

720 (cylinder) / 596 / 1,045 tests passing (IPC-first default / barracuda-local), 0 failed, 6 GPU-heavy ignored
234 experiments across 12 physics categories + sovereign GPU
25 papers reproduced (25/25 CPU, 20/25 GPU)
guideStone Level 6 CERTIFIED — NUCLEUS Deployment Validation
155 binaries, 65 validation suites (smoke/nucleus/silicon), 154 WGSL shaders, 7 deploy graphs
$0.30 total science cost on consumer hardware
Tier 4 IPC-first — primal-proof feature, barracuda optional
Fleet: 2× Titan V (GV100) + RTX 5060 (Blackwell) — Tier 1 sovereign infrastructure validated
Sovereignty Tier Model — Tier 0 (cold), Tier 1 (warm infra — validated), Tier 2 (warm compute — blocked by GPC power), Tier 3 (full sovereign)
183ms warm pipeline — falcon preservation, fd store e2e, 76× faster than cold

hotspring_unibin — eukaryotic UniBin: certify (L0–L6), validate (18/24 scenarios), status
validate_primal_proof — end-to-end primal composition validation
validate_nuclear_eos_* — AME2020 binding energies (L1/L2/L3)
validate_lattice_qcd_* — SU(3) HMC/RHMC, gradient flow, beta-scan
validate_sarkas_md — Yukawa OCP molecular dynamics
validate_anderson_3d — Anderson localization (1D/2D/3D)
validate_pure_gauge — 16/16 quenched QCD checks

#	Notebook	Focus
01	Composition Validation	Deploy graphs (7), guideStone Level 6, capability routing, atomic types
02	Benchmark Comparison	Python vs Rust timing (compiled vs interpreted), GPU vs CPU, DF64 14-digit on FP32
03	Experiment Evidence	234 experiments, science ladder milestones, evolution timeline
04	Cross-Spring Connections	10 primals consumed, 5 patterns handed back, ecosystem flows
05	Physics Deep Dive	Nuclear EOS, lattice QCD, sovereign GPU pipeline, code safety

Publishable Python baselines for 25 reproduced papers — notebooks/papers/.

#	Notebook	Domain
01	SEMF Binding Energy	Nuclear physics (live)
02	Yukawa Screening	Screened Coulomb (live)
03	Sarkas Yukawa MD	Plasma MD (live + frozen)
04	TTM Laser-Plasma	Laser heating (live)
05	Transport Coefficients	Daligault fit (live)
06	Surrogate Learning	ML sampling (live)
07	Quenched QCD	SU(3) HMC (live 4^4)
08	Dynamical Fermions	Staggered QCD (live + frozen)
09	Abelian Higgs	U(1) gauge-Higgs (live)
10	Spectral Theory	Anderson/Hofstadter (live)
11	Gradient Flow	Wilson flow (live 4^4)
12	Plasma Dielectric	BGK/Mermin (live)
13	LTEE Anderson Fitness	Anderson & Wiser (live statistics)

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