[vsnet-grb-info 23295] LIGO/Virgo S190814bv: DG19dnjlc is not offset from its host galaxy

[GCN Circulars]

TITLE:   GCN CIRCULAR
NUMBER:  25394
SUBJECT: LIGO/Virgo S190814bv: DG19dnjlc is not offset from its host galaxy
DATE:    19/08/18 19:30:56 GMT
FROM:    Daniel Goldstein at Caltech  <danny at caltech.edu>

Danny Goldstein (Caltech) and Shreya Anand (Caltech)

report on behalf of the GROWTH collaboration:

We would like to issue the following correction to GCN 25393: DG19dnjlc should only be marked with note (c) [consistent photo-z], not notes (a) [offset from host] and (c). The corrected object table for GCN 25393 is as follows:

+---------------------------------------------------------------------------------+
| name      | IAU name  | RA        | Dec        |filter| mag  | MJD      | notes |           |
+---------------------------------------------------------------------------------+
| DG19wxnjc | AT2019npv | 13.384651 | -23.832918 |  z   | 20.6 | 58713.34 | (a)(c)|
| DG19rzhoc | AT2019num | 13.881677 | -22.969021 |  i   | 21.3 | 58713.36 | (a)(c)|
| DG19gcwjc | AT2019ntp | 12.550301 | -26.197933 |  i   | 21.0 | 58713.25 | (a)   |
| DG19wlpmc | AT2019nsm | 10.875667 | -22.724820 |  z   | 21.3 | 58713.28 | (a)   |
| DG19sbzkc | AT2019ntr | 15.007850 | -26.714331 |  z   | 21.2 | 58713.27 | (a)   |
| DG19vodmc | AT2019nts | 12.131005 | -23.111334 |  i   | 20.3 | 58713.28 | (b)   |
| DG19rtekc | AT2019ntn | 23.722289 | -31.380485 |  i   | 20.8 | 58713.31 | (a)   |
| DG19hqhjc | AT2019nuj | 12.257240 | -23.234702 |  i   | 20.9 | 58713.28 | (c)   |
| DG19dnjlc | AT2019nuk | 13.740946 | -26.134614 |  i   | 21.6 | 58713.34 | (c)   |
| DG19kpykc | AT2019nul | 13.818511 | -26.942936 |  z   | 20.2 | 58713.27 | (c)   |
| DG19tvtnc | AT2019nun | 14.202496 | -24.908467 |  i   | 22.3 | 58713.37 | (c)   |
| DG19kxdnc | AT2019nuq | 11.143987 | -22.029061 |  z   | 21.6 | 58713.29 | (c)   |
+---------------------------------------------------------------------------------+

(a) Offset from the possible host
(b) Hostless
(c) 95% confidence region from photo-z is consistent with 95% confidence region of LIGO distance.

We apologize for any confusion this may have caused.