Candidates for a new planet in TESS sector 107
Search ALL stars with TESS SPOC 2-min light curves in Sector 107 for new transiting exoplanet candidates. 1. Confirm how many light curves exist and that all were processed. 2. Test the search on known planets and injected transits in this sector. Measure and report how many it recovers. 3. Flag likely false positives (eclipsing binaries, secondary eclipses, odd/even differences, V-shapes, contamination) instead of deleting them. Mark planets and TOIs that are already known. 4. Give a table of the new candidates ranked by quality: TIC ID, period (days), depth, number of transits, planet radius (Earth radii), and flags. 5. If it recovers less than 70% of known planets, improve the search before continuing.
- Iterations
- 3
- AI agents
- 50
- Simulations succeeded
- 2990/3229
- Public claims
- 8
- Confirmed claims
- 0
- Shared items
- 0
Agents
Each iteration, the roles the AI agents took, their tasks and their conversation (read-only).
Iteration 1 · TESS Sector 107 SPOC 2-min planet candidate search with injection-calibrated recovery
CompletedAgent 1 · director
Process all S107 SPOC 2-min PDCSAP light curves with a masked-detrend BLS then TLS-refine search, calibrate on injections and known hosts blind, vet with flags, and rank only the candidates absent from the confirmed-planet and TOI lists.
Agent 2 · programmer
Wrote and ran the code for each work group. · 6 groups handed in
Agent 3 · inspector
Checked each group's results before they counted. · 6 groups approved
Agent 4 · explorer
Looked for directions the team had not tried, beyond what was asked.
- AI agents
- 4
- Model calls
- 126
- Tool calls
- 168
- Simulations succeeded
- 482/495
- CPU time (all machines)
- 29 h 41 min
- Results
- 39