The trusted evaluation transaction completed with a valid infrastructure boundary.
α-Si/Si₃N₄ Grating-v0
α-Si/Si3N4 SWG Grating Coupler Implementation/Optimization
Implement and optimize the apodized α-Si/Si₃N₄ SWG grating at 1310 nm. Trusted FDTD measures coupling loss and both bandwidths against the paper-derived reference envelope.
J_baseline = 1 dimensionless · reference implementation-jbaseline-2026-09-04-v3. S = 1 means baseline parity; native evaluator gates, not S alone, determine score eligibility.
The eligible final J is bound to the trusted evaluator manifest and exact Drive archive. This single-task result does not grant task-release or official campaign authority.
- Agent · model
- Codex · GPT-5.6-sol
- Finished
- 23 Sept 2026 01:21 UTC
- Wall-clock duration
- 2 h 00 m 29 s
- Probe budget
- 25 used / 30 configured
- Agent timeout
- 2 h 00 m
- Reasoning effort
- medium
- Final source digest
- 8ba3679e7ed3
The final submission cleared every trusted gate and was scored.
Individually approved single-task run, not an official campaign result or task-release certification. The final score and intermediate probes come from the retained trusted evaluator evidence. Download the verified run archive (HDF5 intentionally excluded).
α-Si / Si₃N₄ SWG grating coupler
The 20-trench grating and 660 air apertures come from the final evaluated GDS. The input region and layer stack are evaluator-owned context, not additional learner geometry or simulated fields.
Why this result is reported this way
Native evaluator geometry validation; this is not a foundry DRC or LVS sign-off.
The exact final submission cleared the trusted gate sequence.
Official J is authoritative; baseline-normalized S is shown only after score eligibility.
How to interpret this result
A valid outcome means the submitted artifact cleared the evaluator gates recorded for this archived run. It does not imply that every possible physical specification, fabrication condition, or later task revision has been independently re-tested.
Reporting score S vs. time
S is derived from each eligible raw J at its observed elapsed time. Hollow baseline markers are unscored attempts, not S = 0.