2020MNRAS.492.3904A

Query : 2020MNRAS.492.3904A

2020MNRAS.492.3904A - Mon. Not. R. Astron. Soc., 492, 3904-3927 (2020/March-1)

The first six months of the Advanced LIGO's and Advanced Virgo's third observing run with GRANDMA.

ANTIER S., AGAYEVA S., AIVAZYAN V., ALISHOV S., ARBOUCH E., BARANSKY A., BARYNOVA K., BAI J.M., BASA S., BERADZE S., BERTIN E., BERTHIER J., BLAZEK M., BOER M., BURKHONOV O., BURRELL A., CAILLEAU A., CHABERT B., CHEN J.C., CHRISTENSEN N., COLEIRO A., CORDIER B., CORRE D., COUGHLIN M.W., COWARD D., CRISP H., DELATTRE C., DIETRICH T., DUCOIN J.-G., DUVERNE P.-A., MARCHAL-DUVAL G., GENDRE B., EYMAR L., FOCK-HANG P., HAN X., HELLO P., HOWELL E.J., INASARIDZE R., ISMAILOV N., KANN D.A., KAPANADZE G., KLOTZ A., KOCHIASHVILI N., LACHAUD C., LEROY N., LE VAN SU A., LIN W.L., LI W.X., LOGNONE P., MARRON R., MO J., MOORE J., NATSVLISHVILI R., NOYSENA K., PERRIGAULT S., PEYROT A., SAMADOV D., SADIBEKOVA T., SIMON A., STACHIE C., TENG J.P., THIERRY P., THONE C.C., TILLAYEV Y., TURPIN D., DE UGARTE POSTIGO A., VACHIER F., VARDOSANIDZE M., VASYLENKO V., VIDADI Z., WANG X.F., WANG C.J., WEI J., YAN S.Y., ZHANG J.C., ZHANG J.J. and ZHANG X.H.

Abstract (from CDS):

We present the Global Rapid Advanced Network Devoted to the Multi-messenger Addicts (GRANDMA). The network consists of 21 telescopes with both photometric and spectroscopic facilities. They are connected together thanks to a dedicated infrastructure. The network aims at coordinating the observations of large sky position estimates of transient events to enhance their follow-up and reduce the delay between the initial detection and optical confirmation. The GRANDMA programme mainly focuses on follow-up of gravitational-wave alerts to find and characterize the electromagnetic counterpart during the third observational campaign of the Advanced LIGO and Advanced Virgo detectors. But it allows for follow-up of any transient alerts involving neutrinos or gamma-ray bursts, even those with poor spatial localization. We present the different facilities, tools, and methods we developed for this network and show its efficiency using observations of LIGO/Virgo S190425z, a binary neutron star merger candidate. We furthermore report on all GRANDMA follow-up observations performed during the first six months of the LIGO-Virgo observational campaign, and we derive constraints on the kilonova properties assuming that the events' locations were imaged by our telescopes.

Abstract Copyright: © 2019 The Author(s) Published by Oxford University Press on behalf of the Royal Astronomical Society

Journal keyword(s): gravitational waves - methods: observational - stars: neutron

VizieR on-line data: <Available at CDS (J/MNRAS/492/3904): table1.dat-table4.dat tablea1.dat tableb1.dat tableb2.dat>

Simbad objects: 70

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Number of rows : 70
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2026 		#notes
1 SDSS J120754.71+250604.8 G 12 07 54.71046 +25 06 04.7945           ~ 6 0
2 2MASS J12075498+2501027 AG? 12 07 54.98640 +25 01 02.7588           ~ 4 0
3 Z 128-33 LIN 12 08 09.0862469784 +25 04 43.937134320   15.6       ~ 22 0
4 Z 128-36 GiG 12 08 13.1578139280 +24 56 34.075876560   15.1       ~ 27 0
5 Z 128-39 GiG 12 08 46.2551730936 +24 56 46.947995772   15.2       ~ 29 0
6 Z 128-41 Sy2 12 09 17.9212012056 +24 58 03.180594900   15.0       ~ 29 0
7 GrW 170817 GWE 13 09 48.0850 -23 22 53.343           ~ 2683 0
8 SDSS J154236.24+282555.8 G 15 42 36.248 +28 25 55.85           ~ 6 0
9 SDSS J154308.16+282509.9 G 15 43 08.166 +28 25 09.90           ~ 3 0
10 LEDA 1695306 G 16 03 34.10620 +23 52 28.2929           ~ 5 0
11 LEDA 56887 GiC 16 03 41.8633878720 +24 05 42.459533952   15.92       ~ 22 0
12 LEDA 1706506 G 16 03 57.19940 +24 24 08.0090           ~ 9 0
13 SDSS J160409.58+241950.7 EmG 16 04 09.58493 +24 19 50.7433           ~ 10 0
14 SDSS J160418.21+241650.4 G 16 04 18.21594 +24 16 50.4114           ~ 3 0
15 SDSS J160427.52+240639.8 G 16 04 27.51920 +24 06 39.8171           ~ 4 0
16 2MASX J16043249+2356393 GiC 16 04 32.494 +23 56 39.39           ~ 11 0
17 2MASX J16043346+2350163 GiC 16 04 33.4583700240 +23 50 15.642997188   16.37       ~ 8 0
18 LEDA 1690684 EmG 16 04 36.0544386072 +23 37 30.226494396           ~ 12 0
19 2MASX J16043661+2339473 Sy2 16 04 36.6451404096 +23 39 47.530805112   15.94       ~ 21 0
20 SDSS J160444.10+233644.6 GiC 16 04 44.10870 +23 36 44.6056           ~ 5 0
21 2MASX J16045057+2358303 GiC 16 04 50.5563817344 +23 58 29.698686228   16.41       ~ 25 0
22 2MASX J16045152+2356153 GiC 16 04 51.5224724520 +23 56 14.425155888           ~ 6 0
23 LEDA 1699170 G 16 04 55.47344 +24 04 23.5207           ~ 5 0
24 2MASX J16045634+2345283 GiC 16 04 56.341 +23 45 28.35           ~ 6 0
25 NGC 6051 LIN 16 04 56.6684912064 +23 55 57.622768392   14.9       ~ 120 2
26 2MFGC 12911 GiC 16 04 59.5245356304 +23 58 11.720670708   16.48       ~ 17 0
27 2MASX J16045995+2339304 GiC 16 04 59.9462511288 +23 39 30.084562044           ~ 13 0
28 SDSS J160500.68+235244.7 GiC 16 05 00.68264 +23 52 44.7477           ~ 4 0
29 Z 137-31 EmG 16 05 02.4789046152 +23 40 08.465661300   15.7       ~ 18 0
30 SDSS J160504.21+240240.4 G 16 05 04.2070513224 +24 02 40.421442804           ~ 4 0
31 2MASX J16050427+2355015 GiC 16 05 04.2436101048 +23 55 01.658758332   15.87       ~ 19 0
32 SDSS J160512.22+235109.2 G 16 05 12.22764 +23 51 09.2154           ~ 5 0
33 SDSS J160557.39+235908.0 G 16 05 57.39379 +23 59 08.0747           ~ 4 0
34 2MASX J16530485-1617273 GiG 16 53 04.8781407936 -16 17 27.731210748           ~ 11 0
35 2MASX J16531228-1618583 G 16 53 12.28633 -16 18 58.3340           ~ 4 0
36 2MASX J16532193-1617132 LSB 16 53 21.940 -16 17 13.29           ~ 5 0
37 LEDA 899284 EmG 16 53 25.1424630864 -16 20 57.989160024   18.47   16.31   ~ 9 0
38 LEDA 4077442 EmG 16 53 56.748 -16 07 11.08   18.25   15.75   ~ 11 0
39 LEDA 896696 G 16 53 58.4499431184 -16 33 06.074005068   17.47   15.37   ~ 8 0
40 LEDA 4077444 EmG 16 54 22.152 -16 48 37.01   19.13   16.56   ~ 12 0
41 2MASX J16552449-0715255 GiG 16 55 24.5187501264 -07 15 25.636701600   17.12   15.20   ~ 16 0
42 2MASX J16552644-0712205 G 16 55 26.44773 -07 12 20.5160           ~ 4 0
43 LEDA 1105380 EmG 16 56 46.4628690216 -01 57 43.009433568   16.57   15.06   ~ 13 0
44 LEDA 1108324 G 16 57 05.2 -01 51 02           ~ 2 0
45 2MASX J16571094-0149128 G 16 57 10.9503263256 -01 49 12.367600536           ~ 4 0
46 2MASX J16572303-0153258 G 16 57 23.03113 -01 53 25.8360           ~ 4 0
47 NVSS J165724-014742 rG 16 57 23.8109420160 -01 47 49.994570580   16.52   14.96   ~ 15 0
48 LEDA 1113880 G 16 57 32.9 -01 38 29           ~ 2 0
49 2MASX J16573561-0147457 GiG 16 57 35.6363194248 -01 47 45.985451784           ~ 12 0
50 2MASX J16574141-0145157 G 16 57 41.4414819192 -01 45 16.194515256           ~ 4 0
51 2MASX J16574427-0147567 GiG 16 57 44.279 -01 47 56.71           ~ 12 0
52 LEDA 1109649 G 16 57 45.9 -01 48 11           ~ 2 0
53 2MASX J16574955-0156027 GiG 16 57 49.5252107568 -01 56 02.838447564           ~ 11 0
54 2MASX J16580128-0149216 GiG 16 58 01.2816760872 -01 49 21.287390952           ~ 13 0
55 LEDA 1108757 G 16 58 03.7 -01 50 08           ~ 2 0
56 LEDA 1108845 G 16 58 05.2 -01 49 55           ~ 2 0
57 LEDA 1111903 G 16 58 05.6 -01 43 10           ~ 2 0
58 LEDA 1108643 G 16 58 23.4659318736 -01 50 18.776018652   17.20   15.61   ~ 4 0
59 LEDA 161011 G 16 58 58.2539860800 -02 02 28.139414244   17.14   15.58   ~ 6 0
60 LEDA 161013 EmG 16 59 05.8979308176 -01 54 49.886825436   16.82   15.27   ~ 9 0
61 2MASX J16591729-0204281 G 16 59 17.2659787344 -02 04 28.256061504           ~ 11 0
62 2MASX J16592042-0153111 G 16 59 20.4209957520 -01 53 11.171795424           ~ 9 0
63 2MASX J17001441-0224462 G 17 00 14.41413 -02 24 46.2380           ~ 4 0
64 LEDA 1092258 G 17 00 20.6 -02 25 48           ~ 2 0
65 LEDA 1093975 G 17 00 22.8623307984 -02 22 20.011734336   17.41   15.90   ~ 4 0
66 2MASX J17002302-0219322 LIN 17 00 23.0538576648 -02 19 31.949907312   15.94   13.98   ~ 17 0
67 LEDA 1092574 G 17 00 57.1 -02 25 08           ~ 2 0
68 LEDA 1094718 EmG 17 01 23.5875392928 -02 20 37.008843576   17.63   15.95   ~ 4 0
69 SN 2019dzk SN* 17 13 21.95 -09 57 52.1           SNII 7 0
70 SN 2019dzw SN* 17 31 09.96 -08 27 02.6           SNIIn 9 0

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