plesty-nav-pow-pol-pl

Navigate to each quantum dot, align the laser on it, then measure its power-dependent and its polarization-resolved photoluminescence — one run, dot after dot, on the instruments of two benches. Each dot is found on the map of an earlier plesty-pl-image-scan run by the camera, peaked on its own emission, then measured and analysed: the power law of every line, and its fine-structure splitting (plesty-fss).

Install and run

uv sync
cp .env.example .env      # the benches, the shared disk, the plates' serial numbers
uv run python -m plesty.nav_pow_pol_pl --dry-run                     # the plan, no hardware
uv run python -m plesty.nav_pow_pol_pl --config config/default.yaml  # run
uv run python -m plesty.nav_pow_pol_pl --resume <run_id>             # resume: re-aligns first
uv run python -m plesty.nav_pow_pol_pl.viz monitor                   # watch

From the PLESTY bench: Hub ▸ Browse… (or Load from… this checkout), then Create, Configure, Run. The bench starts every instrument on its bench (setup.yaml) and stops them when the run ends, opens the viewer, and writes report.html with both analyses into the run's folder.

The docs (docs/) cover the rest: the flow of a run and the rig, the plan and every setting, running and watching it, and each step of the analysis.