TIC 265592269
Transit candidateNew candidate


Notes
| Type | Transit candidate |
| Status | New candidate |
| Period (days) | 2.6149075 |
| Period source | eclipse fit to TESS sectors [1, 27, 28, 67, 102, 103, 104] |
| Eclipse / dip depth | 4.1% |
| Amplitude | 1.2% |
| RA (deg) | 331.972 |
| Dec (deg) | -58.5873 |
| TESS mag | 12.12 |
| TIC ID | 265592269 |
| SIMBAD name | UCAC4 158-218247 [*] |
| Nearest known variable | Gaia DR3 6411304154703125504 (ROT), 168" away |
| Data used | TESS sector 1 (QLP) |
| Found by | hunt.py (automatic) |
| Date | 2026-10-02 |
| Look it up | SIMBAD · VSX · ESASky · ExoFOP |
✦ Artist's impression
AI-painted · made locallyWhat this picture shows
Artist's impression of an UNCONFIRMED candidate, based on its measured data. Two stars of about 5,600 K and 2,900 K (1.8 and 1.2 times the Sun's radius, ~1.0 and ~0.6 solar masses) orbit each other every 62.8 hours, 6.5 million km apart (the Sun-Mercury distance is 58 million km). We see the orbit at 74 degrees (90 = exactly edge-on), close enough to edge-on that they eclipse each other. Sizes, separation, tilt and colours come from fitting the TESS eclipses (see the model-fit plot) plus Gaia's temperature; masses assume normal main-sequence stars. The painted look, surface detail and background were added by a locally run image AI; the stars' sizes, colours and spacing follow the measured data. The secondary eclipse arrives 131 minutes later than half an orbit after the primary, a sign of a slightly oval (eccentric) orbit: e*cos(omega) = +0.0546.
How it was made
Painted by an image AI (DreamShaper XL, a Stable Diffusion XL model) running locally on a home PC, over a 3D layout built from the measured data. No cloud services.
Data files
- 0_illustration.png 1 MB
- 4_eclipse_model.png 47 KB
- TIC265592269_s0001.fits 79 KB
- TIC265592269_s0001.png 45 KB
- model.json 766 B
- meta.json
