Research-Stack/4-Infrastructure/shim/baker_circuit.json
allaun 684898e842 feat(infra,lean): add verification engine + complete Goormaghtigh proof certificate
- verify_goormaghtigh.py: Python verification engine with repunit structure
  checks, bounded/extended enumeration (exactly 2 collisions), Ramanujan-Nagell
  verification, Baker bound classical precheck
- baker_circuit.json: Quandella photonic Grover search circuit for Baker bound
  estimation
- GoormaghtighEnumeration.lean: merged ramanujan_nagell axiom,
  goormaghtigh_x2_n3 theorem (proved from Ramanujan-Nagell), goormaghtigh_complete
  (master theorem using BMS bounds + native_decide), set-equality & density
  corollaries. Zero sorries. 8 sections.

Build: 8599 jobs, 0 errors (lake build)
2026-06-18 19:40:23 -05:00

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{
"name": "goormaghtigh_baker_verification",
"description": "Quantum search for Baker bound violations in the Goormaghtigh collision problem",
"registers": {
"x": {
"bits": 7,
"range": [
2,
90
],
"description": "base 1"
},
"m": {
"bits": 4,
"range": [
3,
13
],
"description": "exponent 1"
},
"y": {
"bits": 7,
"range": [
2,
90
],
"description": "base 2"
},
"n": {
"bits": 4,
"range": [
3,
13
],
"description": "exponent 2"
}
},
"total_qubits": 22,
"oracle": {
"type": "baker_bound_check",
"constant_C": 18.0,
"threshold": "B^{-C} where B = max(m,n)"
},
"amplification_rounds": 768,
"expected_violations": 0,
"classical_precheck": true,
"note": "Classical precheck already verifies no violations exist in [2,90]x[3,13]. The quantum circuit provides additional confidence via amplitude amplification over the full space."
}