{
  "ok": true,
  "route": "/api/neptune-metals-engine",
  "mode": "STATUS",
  "neptune": {
    "role": "Metallurgy + Material Order",
    "sovereign_url": "https://neptune-eign.vercel.app",
    "saturn_ring": 3,
    "antikythera": "Containment / Tangent Cone enforcement",
    "streams": [
      "alloy_composition",
      "phase_behavior",
      "viscosity_profiles",
      "conductivity_profiles",
      "thermal_transition_states",
      "surface_tension_dynamics",
      "bonding_flexibility",
      "rare_material_candidates"
    ],
    "superheavy_elements_tracked": 7,
    "base_metals_tracked": 19,
    "property_targets_tracked": 10,
    "synthesis_routes_tracked": 10
  },
  "stats": {
    "total_ticks": 10836,
    "total_inventions": 10874,
    "last_tick": "2026-11-04T22:30:43.284Z"
  },
  "last_tick": {
    "tick_id": "TICK-CD32B059-A04",
    "timestamp": "2026-11-04T22:30:43.252Z",
    "duration_ms": 1165,
    "streams_explored": 8,
    "inventions_fired": 0,
    "duplicates": 8,
    "errors": 0,
    "exploration_seed": "d9d62e063190ac7d",
    "results": [
      {
        "stream": "alloy_composition",
        "signal_title": "Lead-Lead high entropy alloy at 97:3 ratio",
        "content_key": "alloy_Lead_Lead_high_entropy_alloy_97",
        "invention_fired": false,
        "duplicate": true,
        "coin_id": null,
        "invention_id": null,
        "novelty_score": null,
        "error": null
      },
      {
        "stream": "phase_behavior",
        "signal_title": "Bismuth phase boundary at 97 GPa / 1225 K",
        "content_key": "phase_Bismuth_97GPa_1225K",
        "invention_fired": false,
        "duplicate": true,
        "coin_id": null,
        "invention_id": null,
        "novelty_score": null,
        "error": null
      },
      {
        "stream": "viscosity_profiles",
        "signal_title": "Osmium melt viscosity profile at 2513 K — high entropy alloy",
        "content_key": "visc_Osmium_2513K_high_entropy_alloy",
        "invention_fired": false,
        "duplicate": true,
        "coin_id": null,
        "invention_id": null,
        "novelty_score": null,
        "error": null
      },
      {
        "stream": "conductivity_profiles",
        "signal_title": "Californium nuclear binding stability via molecular beam epitaxy",
        "content_key": "cond_Californium_nuclear_binding_stability_molecular_beam_epitaxy",
        "invention_fired": false,
        "duplicate": true,
        "coin_id": null,
        "invention_id": null,
        "novelty_score": null,
        "error": null
      },
      {
        "stream": "thermal_transition_states",
        "signal_title": "Thallium-Bismuth thermal transition state at 1733 K",
        "content_key": "thermal_Thallium_Bismuth_1733K",
        "invention_fired": false,
        "duplicate": true,
        "coin_id": null,
        "invention_id": null,
        "novelty_score": null,
        "error": null
      },
      {
        "stream": "surface_tension_dynamics",
        "signal_title": "Rhenium-Curium interface tension → spin orbit coupling max",
        "content_key": "surf_Rhenium_Curium_spin_orbit_coupling_max",
        "invention_fired": false,
        "duplicate": true,
        "coin_id": null,
        "invention_id": null,
        "novelty_score": null,
        "error": null
      },
      {
        "stream": "bonding_flexibility",
        "signal_title": "Z=115 (Moscovium) bonding flexibility → photonic bandgap metal",
        "content_key": "bond_Z115_photonic_bandgap_metal",
        "invention_fired": false,
        "duplicate": true,
        "coin_id": null,
        "invention_id": null,
        "novelty_score": null,
        "error": null
      },
      {
        "stream": "rare_material_candidates",
        "signal_title": "Element 110 (Ds) + Lead via self propagating synthesis",
        "content_key": "rare_Z110_Lead_self_propagating_synthesis",
        "invention_fired": false,
        "duplicate": true,
        "coin_id": null,
        "invention_id": null,
        "novelty_score": null,
        "error": null
      }
    ],
    "neptune_domain": "Metallurgy + Material Order",
    "authority": "Joshua L. Lopez — DCGP.AI",
    "patent": "USPTO 19/555,951"
  },
  "usage": {
    "run_tick": "GET ?action=tick  OR  POST (pipeline / cron)",
    "history": "GET ?action=history",
    "single_stream": "GET ?action=tick&streams=rare_material_candidates"
  },
  "authority": "Joshua L. Lopez — DCGP.AI",
  "patent": "USPTO 19/555,951",
  "timestamp": "2026-11-04T22:33:01.119Z"
}