Research-Stack/0-Core-Formalism/lean/Semantics/OpenWormKernelFieldBenchmark
2026-05-04 18:11:36 -05:00
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README.md initial: sovereign research stack (consolidated, weightless, and lfs-optimized) 2026-05-04 18:11:36 -05:00

OpenWorm Kernel-Field Benchmark

Public Safe Shell - OpenWorm-Only

This is the public-facing safe shell for the OpenWorm Kernel-Field Benchmark. It contains only the safe, non-human-specific components required for verification of biological topology encoding claims.

Public Contents

  • README.md - This file
  • public_input_manifest.json - Public input data specifications
  • safe_toy_neuron_kernel.json - Toy NeuronKernel schema (non-human)
  • benchmark_verifier.lean - Lean verification harness
  • aggregate_results.json - Aggregated benchmark results
  • hash_commitments.json - Hash commitments for verification
  • redacted_receipts.json - Receipts with sensitive fields redacted
  • LICENSE - Non-human-only license terms

Allowed Claims

This benchmark supports ONLY the following claims:

  • OpenWorm-only verification
  • C. elegans-only biological topology
  • Public-data-only processing
  • Simulation-only encoding
  • Non-human-only compression
  • Invariant preservation benchmark

Forbidden Claims

This benchmark does NOT support:

  • Consciousness claims
  • Mind upload claims
  • Human brain solving claims
  • Personhood modeling
  • Behavioral control
  • Digital life claims

License Terms

This code is licensed for:

  • Biological topology research
  • C. elegans simulation
  • OpenWorm project verification
  • Non-human neural encoding
  • Academic benchmarking

NOT licensed for:

  • Human neural modeling
  • Personhood simulation
  • Consciousness research
  • Behavioral control systems

Verification

To verify the benchmark:

  1. Run benchmark_verifier.lean
  2. Check hash commitments in hash_commitments.json
  3. Review redacted receipts in redacted_receipts.json
  4. Verify all claims stay within allowed scope

Safety Boundary

Prove the door exists. Do not publish the master key.

This safe shell demonstrates the kernel-field encoding method exists without exposing the full implementation that could enable dangerous applications.