{"data":{"kind":"file","path":"README.md","version_id":"uubqdr2naxcycoz5jrl32gvq","entry":{"name":"README.md","path":"README.md","is_directory":false,"size":2010,"modified_at":"2026-10-28T12:41:03.520000","content_hash":"ca1182e4b28f7c9cbd09bff0e7ca083321a27427361afa61957ec20d3da7d5ea"},"entries":[],"content":"# tergite-chipcal-env\n\nCalibrate a simulated superconducting-qubit chip, from first light to CZ gates, as a multi-turn verifiers\nenvironment. See the [tergite-chipcal repository](https://github.com/tergite/tergite-chipcal) for the task, the action\ngrammar, the score and the [leaderboard](https://github.com/tergite/tergite-chipcal/blob/main/LEADERBOARD.md).\n\n| Taskset option | Default | Meaning |\n|---|---|---|\n| `tier` | `2q1c` | `2q1c`, `3q2c` or `5q4c`, or a procedural tier such as `8q-hard` |\n| `split` | `test` | `train`, `validation` or `test` (the frozen benchmark: every chip certified calibratable) |\n| `n_chips` | 100 | chips per eval |\n| `first_seed` | split start | first chip seed |\n| `visual` | true | attach a plot of each measurement (needs a vision-language model) |\n| `max_turns` | tier cap | override the turn cap |\n\n**Reward:** `chip_score` = the minimum over couplers of the fidelity from a final interleaved randomized\nbenchmark of each final committed gate. A benchmark that is not identifiable counts 0.25; an incomplete gate\ncounts 0.\n\n**Metrics:** `normalized_score` (score / ceiling), `min_true_fidelity`, `success`, `discovery_fraction`, `invalid_action_rate`,\n`parse_failure_rate`, `lab_time_h`.\n\n**Turn cap:** set the agent seat's `max_turns` at least as high as the tier's turn cap. A lower value ends the\nconversation early; the chip is then scored as it stands.\n\n## Development\n\nTergite is developed by a core group of collaborators. [Chalmers Next Labs AB (CNL)](https://chalmersnextlabs.se/) takes on the\nrole of managing and maintaining this project.\n\nWe are grateful for the collaboration of:\n\n- [Chalmers Next Labs AB](https://chalmersnextlabs.se/) – WACQT Quantum Technology Testbed\n- Chalmers University of Technology, MC2 –\n  [Quantum Technology Laboratory (QTL)](https://www.chalmers.se/en/departments/mc2/research/quantum-technology/)\n- Chalmers University of Technology, MC2 – [Applied Quantum Physics Laboratory (AQP)](https://github.com/aqp-mc2-chalmers)\n","encoding":"utf-8","truncated":false,"total_bytes":2010},"status":null}