Discovery Date: 2026-01-13 06:03:23 UTC
Discovery MJD: 61053.25
Disc i-Flux: 17825.15±326.69
Latest Date: 2026-01-13 06:06:20 UTC
Latest MJD: 61053.25
Latest i-Flux: 18366.38±332.15
| Peak Flux | 18366.38±332.15 (i-band) |
| UTC at Peak | 2026-01-13 06:06:20 |
| MJD at Peak | 61053.25 |
| Detection Count | 2 |
| Equatorial Lon,Lat | 09:59:11.693, 02:15:38.166 |
| Galactic Lon,Lat | 236.512635, 41.892271 |
| Ecliptic Lon,Lat | 151.093253, -9.424743 |
| E(B-V) Extinction | 0.019603 |
Transient Name Server
This transient has probably not been reported to the TNS as yet. Check the TNS directly at this location.
Sherlock Contextual Classification
Prediction: Supernova
The transient is possibly associated with SDSSJ095912.77%2B021519.4; a 21.00 mag galaxy found in the NED catalogue. Its located 18.68" N, 16.49" W (42.5 Kpc) from the galaxy centre. A host z=0.091 implies a m - M = 38.11.
Difference Image Lightcurve
Access the data from this plot in the LSST Alert Packet Data table below.
Learn how to interact with this plot.
Context Map
LSST Alert Packet Data
| MJD | UTC | band | target diff flux | reliability | images | alert packet |
|---|---|---|---|---|---|---|
| 61053.254409 | 2026-01-13 06:06:20 | i | 18366 ± 332 | 1.00 | target ref diff | data |
| 61053.253939 | 2026-01-13 06:05:40 | i | 17548 ± 296 | 1.00 | target ref diff | data |
| 61053.253539 | 2026-01-13 06:05:05 | i | 18267 ± 301 | 1.00 | target ref diff | data |
| 61053.253143 | 2026-01-13 06:04:31 | i | 18028 ± 312 | 1.00 | target ref diff | data |
| 61053.252748 | 2026-01-13 06:03:57 | i | 18056 ± 334 | 1.00 | target ref diff | data |
| 61053.252350 | 2026-01-13 06:03:23 | i | 17825 ± 327 | 1.00 | target ref diff | data |
| MJD | filter | magpsf | magpsf_error | flux_status |
|---|
Need Help?
readthedocs
Lasair Community
Start with our documentation on readthedocs, you might find the FAQ section especially useful.
If you still have questions, want to report a bug, or make a feature request, please reach out to us on the Lasair topic on the Rubin Community pages.