"Faster code is worthless if the physics is wrong."
๐ŸŸข Host Connected Queue: Idle Target: 8-Core Pinned โ— Verified Self-Correction Active

Cavity Centerline Velocity

Re=100 ยท u(0.5, y) vs Ghia et al. (1982)
RMSE: 0.0020
Defect Overlay:
โ—† Ghia Ref (1982)
โ•Œโ•Œ Baseline Serial
โ”โ” Verified Parallel
Pinned Bandwidth & Multi-Core Scaling 513ร—513 Grid โ€ข 100 Sweeps
Hardware Oracle Target: Detecting CPU & OpenMP pinning...

Empirical Verification Study (N=30 Benchmark)

Head-to-head empirical ablation: One-Shot Ungated Nemotron (Arm A) vs. Referee-Gated + Tavily Closed Loop (Arm B).

๐Ÿ“Š Statistical Rigor & Hypothesis Testing: Fisher's Exact Test p = 1.2 ร— 10โปโท confirms Arm B's pass rate gain (93.3% vs 13.3%) is statistically significant (Odds Ratio: 91.0x).
๐Ÿ“ฅ Export Study (.JSON) ๐Ÿ“ฅ Export Study (.CSV)
โ€ข Arm A (One-Shot): 4/30 Passed (13.3%) | 95% Wilson CI: [4.7%, 30.9%]
โ€ข Arm B (VeriKernel Loop): 28/30 Passed (93.3%) | 95% Wilson CI: [77.9%, 99.2%]
โ€ข Mann-Whitney U Test: W = 12.0, p < 0.001 on verified execution throughput
Pass Rate Gain +80.0% Arm A: 13.3% โ†’ Arm B: 93.3%
Undetected Defects 0.0% Zero corrupted runs promoted
Median Speedup 13.7x Peak: 20.9x (437.5 GB/s in L3)
Cost per Usable Kernel 3.6x $0.045 โ†’ $0.012 per verified asset
Prompt Filter:
Metric / Dimension Arm A: One-Shot Ungated Arm B: VeriKernel Closed Loop Empirical Advantage
Arm A: Defect Interception Breakdown 80% Tripped

"Ungated LLMs produce code that compiles cleanly (88.5%), but fails silent physics & determinism checks (80.8%) without our verification harness."

Arm B: Throughput Scaling vs Baseline ~20x Speedup

"Click any bar to inspect trial prompt variant, LLM reasoning chain, and Tavily recovery search payload."

Arm B: Retries-to-Pass Distribution 93.3% Recovered

"86.7% of raw LLM attempts fail on pass 1, but iterative Referee diagnostic injection recovers 93.3% within 4 attempts."

Cost vs. Speedup Pareto Frontier Pareto Optimal

"Arm A clusters at 0x usable speedup; Arm B achieves 11x-21x verified speedup at < $0.02 compute cost per kernel."

Trial Inspection

Verified Artifacts & Cryptographic Certificate

โ— Referee Certified

Export the referee-certified C++ kernel and markdown certificate containing the SHA-256 seal, determinism diffs, Ghia RMSE, and pinned bandwidth benchmarks.

๐Ÿ“ฆ Download Bundle (.ZIP) ๐Ÿ“„ REFEREE_CERTIFICATE.md โšก verified_kernel.hpp
Terminal Verification Command (Run locally on your CLI in 1 second):
g++ -O3 -march=native -fopenmp -DKERNEL_HEADER=\"candidate_kernel.hpp\" harness_cavity.cpp -o verify_harness && ./verify_harness
Quick Evaluator Verification Script (Evaluates candidate_kernel.hpp in 3s):
./scripts/quick_verify.sh candidate_kernel.hpp
Embeddable Verification Badge (for GitHub README):
[![VeriKernel Certified](https://img.shields.io/badge/VeriKernel-Certified%20(13.7x)-238636?logo=nvidia&style=flat-square)](https://github.com/bhoomish/VeriKernel)
๐Ÿ›ก๏ธ
Drop candidate_kernel.hpp here to cryptographically verify seal

Uses Web Crypto API (SHA-256) entirely client-side. Zero bytes transmitted to server.

VERIFIED ORACLE
๐Ÿ“œ

VeriKernel Official Verification Certificate

Issued by: VeriKernel 5-Stage Physics-Aware Referee
SHA-256: af97b6f0d36e... nvidia/nemotron-3-super-120b-a12b Timestamp: 2026-10-29 UTC
Stage Verification Name Gate Condition Result
Stage 1 Syntax & Pragma Allow-List Disallow fast-math & unauthorized pragmas PASSED
Stage 2 Sandbox Compilation -O3 -march=native -fopenmp PASSED
Stage 3 Thread Determinism ฮ” โ‰ค 10โปยนยน across T โˆˆ {1, 2, 4, 8} threads PASSED
Stage 4 Ghia & Lโ‚‚ Physics Oracle Rel Lโ‚‚ โ‰ค 10โปโต, Ghia U RMSE โ‰ค 0.05 PASSED
Stage 5 Pinned Benchmark 100 sweeps on 513ร—513 grid PASSED
Compute: 20,247 tokens consumed | $0.01230 USD (Nebius Token Factory)