[Lama9901]

shipped two more things today. want to explain what they actually mean. one: step chain verification is now in all 8 claims, not just ML_BENCH-01. every computation in the protocol — materials calibration, FEM verification, drift monitoring, data pipelines, system identification — now produces a 4-step cryptographic execution trace. trace_root_hash commits to the exact sequence. change any input, skip any step — the hash breaks. 153 adversarial tests. all pass. two: cross-claim cryptographic chain. this is the part i haven't seen anywhere else. the trace_root_hash of one claim can be embedded as anchor_hash in the next: E = 70 GPa (aluminum — measured in thousands of labs, not my number) ↓ MTR-1 trace_root_hash: "abc..." ↓ anchor_hash = "abc..." baked into DT-FEM-01 step 1 DT-FEM-01 trace_root_hash: "def..." ↓ anchor_hash = "def..." baked into DRIFT-01 step 1 DRIFT-01 trace_root_hash: "ghi..." the final hash commits to the entire chain. tamper MTR-1 — every downstream hash breaks. verify the full chain with one command, offline, without accessing any simulation environment. this is not a claim in a document. it's in the code, tested: tests/steward/test_cross_claim_chain.py ::test_full_chain_is_cryptographically_linked ::test_tampered_anchor_hash_changes_chain i built this working construction full-time. if you find something that does end-to-end cryptographic chain verification from a physical constant to a simulation output — show me. i want to know. git clone https://github.com/Lama999901/metagenesis-core-public python -m pytest tests/steward/test_cross_claim_chain.py -v proof, not trust.