2021ApJ...912...21E

Query : 2021ApJ...912...21E

2021ApJ...912...21E - Astrophys. J., 912, 21-21 (2021/May-1)

Late-time radio and millimeter observations of superluminous supernovae and long gamma-ray bursts: implications for central engines, fast radio bursts, and obscured star formation.

EFTEKHARI T., MARGALIT B., OMAND C.M.B., BERGER E., BLANCHARD P.K., DEMOREST P., METZGER B.D., MURASE K., NICHOLL M., VILLAR V.A., WILLIAMS P.K.G., ALEXANDER K.D., CHATTERJEE S., COPPEJANS D.L., CORDES J.M., GOMEZ S., HOSSEINZADEH G., HSU B., KASHIYAMA K., MARGUTTI R. and YIN Y.

Abstract (from CDS):

We present the largest and deepest late-time radio and millimeter survey to date of superluminous supernovae (SLSNe) and long-duration gamma-ray bursts (LGRBs) to search for associated nonthermal synchrotron emission. Using the Karl G. Jansky Very Large Array (VLA) and the Atacama Large Millimeter/submillimeter Array (ALMA), we observed 43 sources at 6 and 100 GHz on a timescale of ∼ 1-19 yr post-explosion. We do not detect radio/millimeter emission from any of the sources, with the exception of a 6 GHz detection of PTF10hgi, as well as the detection of 6 GHz emission near the location of the SLSN PTF12dam, which we associate with its host galaxy. We use our data to place constraints on central engine emission due to magnetar wind nebulae and off-axis relativistic jets. We also explore nonrelativistic emission from the SN ejecta, and place constraints on obscured star formation in the host galaxies. In addition, we conduct a search for fast radio bursts (FRBs) from some of the sources using VLA phased-array observations; no FRBs are detected to a limit of 16 mJy (7σ; 10 ms duration) in about 40 minutes on source per event. A comparison to theoretical models suggests that continued radio monitoring may lead to detections of persistent radio emission on timescales of >= a decade.

Abstract Copyright: © 2021. The American Astronomical Society. All rights reserved.

Journal keyword(s): Radio transient sources - Extragalactic radio sources - Radio astrometry - Core-collapse supernovae - Supernova remnants - Relativistic jets - Magnetars - Star formation - Stellar physics

Simbad objects: 125

goto Full paper

goto View the references in ADS

Number of rows : 125
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 QSO B0003-066 BLL 00 06 13.89288482 -06 23 35.3353584   19.1 18.50 17.14   ~ 346 1
2 GRB 111225A gB 00 52 37.22 +51 34 19.5           ~ 66 0
3 SN 2011kl SN* 00 57 22.64 -46 48 03.6           SNSLSN 268 1
4 CRTS CSS140925 J005854+181322 SN* 00 58 54.11 +18 13 22.2           SLSN-I 6 0
5 ICRF J010549.9+481903 Bz? 01 05 49.92815750 +48 19 03.1928710       23.99   ~ 43 1
6 QSO B0110-668 QSO 01 12 18.9127514304 -66 34 45.190212672     18.0     ~ 31 1
7 ICRF J011725.2+141812 Bla 01 17 25.20308969 +14 18 12.4203209       20.23   ~ 38 1
8 QSO B0133-204 Bla 01 35 37.5094693656 -20 08 45.863478744   18.2 18.4 17.44   ~ 58 1
9 3C 48 QSO 01 37 41.2996631208 +33 09 35.080388820   16.62 16.20     ~ 2924 2
10 SN 2011kg SN* 01 39 45.51 +29 55 27.0           SLSN-I 73 1
11 OGLE15sd SN* 01 42 21.46 -71 47 15.6           SLSN 7 0
12 LSQ 12dlf SN* 01 50 29.80 -21 48 45.4           SLSN-I 57 0
13 ICRF J015106.0-173244 QSO 01 51 06.0834031896 -17 32 44.717930772   19.01   17.92   ~ 31 1
14 [VV98] J015127.1+274442 Bla 01 51 27.14617282 +27 44 41.7936549   20.6   20.42   ~ 58 1
15 ICRF J021222.6-174614 QSO 02 12 22.6436389344 -17 46 14.343593052           ~ 15 1
16 SN 2018ffj SN* 02 30 59.807 -17 20 27.17           SLSN-I 9 0
17 QSO B0235+1624 BLL 02 38 38.93010450 +16 36 59.2745528   16.46 15.50 15.92   ~ 1614 2
18 LSQ 14fxj SN* 02 39 12.61 +03 19 29.6           SLSN-I 10 0
19 QSO B0237+040 Bla 02 39 51.26304643 +04 16 21.4117680     18.50 17.34   ~ 116 1
20 QSO B0302-623 Bla 03 03 50.63135648 -62 11 25.5500344   19.48   17.87   ~ 159 1
21 SN 2017jan SN* 03 07 22.00 -64 23 00.9           SLSNI 5 0
22 SN 2006aj SN* 03 21 39.670 +16 52 02.27 17.96 19.11 17.40     SNIc-BL 1007 1
23 PS1-10bzj SN* 03 31 39.826 -27 47 42.17           SLSN-I 55 0
24 QSO B0332-403 BLL 03 34 13.65448823 -40 08 25.3979928 18.54 18.35 17.87 17.5   ~ 349 1
25 ICRF J033453.3+080014 Bla 03 34 53.31667674 +08 00 14.4191335     21.5 21.41   ~ 59 1
26 SN 2018hti SN* 03 40 53.754 +11 46 37.29           SLSN-I 30 0
27 QSO B0414-189 Bla 04 16 36.54444889 -18 51 08.3402457   18.89 18.0 18.51   ~ 195 1
28 QSO B0420-0127 Bla 04 23 15.80072217 -01 20 33.0656073   17.50 17.00 16.28   ~ 1263 3
29 SN 2018ibb SN* 04 38 56.95 -20 39 44.0           SLSN-I 31 0
30 FRB 20181119D rB 05 31 58.6980 +33 08 52.588           ~ 933 0
31 V* CM Tau Psr 05 34 31.9474694616 +22 00 52.153698024           ~ 5476 0
32 QSO B0537-441 BLL 05 38 50.36155950 -44 05 08.9390233   15.77 16.48 16   ~ 924 2
33 QSO B0539-057 Bla 05 41 38.08336552 -05 41 49.4283917     20.4 20.70   ~ 279 1
34 GRB 050826 gB 05 51 01.590 -02 38 35.40           ~ 136 0
35 ICRF J063206.5-261414 Bla 06 32 06.50177918 -26 14 14.0337431     20.5 19.3   ~ 27 1
36 SN 2017gci SN* 06 46 45.02 -27 14 55.8           SLSN-I 23 0
37 iPTF 15cyk SN* 07 42 14.87 +20 36 43.4           ~ 6 0
38 QSO B0748+126 Bla 07 50 52.04573865 +12 31 04.8282079   17.67 17.28 17.16   ~ 363 1
39 PG 0851+202 BLL 08 54 48.8749846272 +20 06 30.639583620   15.649 15.146 15.446   ~ 2513 1
40 SN 2012bz SN* 09 07 38.38 +14 01 07.5           SNIb/c 193 1
41 SN 1999as SN* 09 16 30.86 +13 39 02.2     18.3     SNIcpec 55 1
42 QSO B0925-2021 Bla 09 27 51.82432394 -20 34 51.2325545   16.59 16.40 16.00   ~ 181 2
43 QSO B0928+008 Bla 09 30 52.25355964 +00 34 58.9418250   19.80 19.56 18.2   ~ 68 1
44 SN 2018lfe SN* 09 33 29.556 +00 03 08.39           SLSN-I 11 0
45 PTF 10aagc SN* 09 39 56.923 +21 43 17.09           SLSN-I 30 0
46 9C J0940+2603 BLL 09 40 14.72278286 +26 03 29.9461593   20.32 19.62 19.21   ~ 53 1
47 GRB 061021 gB 09 40 36.120 -21 57 05.40 18.21 19.20 16.82     ~ 160 0
48 SN 2012il SN* 09 46 12.91 +19 50 28.7           SLSN-I 68 1
49 QSO B0952+179 QSO 09 54 56.82361677 +17 43 31.2221518   17.31 17.23     ~ 222 1
50 ICRF J095718.1-135001 Bla 09 57 18.18306719 -13 50 01.1762880       17.37   ~ 64 1
51 LSQ 14bdq SN* 10 01 41.60 -12 22 13.4           SLSN-I 70 0
52 PS1-14bj SN* 10 02 08.433 +03 39 19.02           SLSN-I 49 0
53 SN 2017egm SN* 10 19 05.620 +46 27 14.08           SLSN-I 93 0
54 LSQ 14mo ev 10 22 41.53 -16 55 14.4           SLSN-I 58 0
55 QSO B1034-293 Bla 10 37 16.07974265 -29 34 02.8134977   16.46 16.46 17.54   ~ 358 1
56 SN 2003dh SN* 10 44 50.030 +21 31 18.15     16.2     SNIcpec 1261 1
57 7C 104907.3+213551 Bla 10 51 48.78908056 +21 19 52.3137849     18.5 17.72   ~ 157 1
58 4C 01.28 BLL 10 58 29.60520810 +01 33 58.8237454   18.74 18.28 16.68   ~ 828 2
59 SN 2018jfo SN* 11 23 38.618 +25 59 51.95           ~ 3 0
60 SN 2010gx SN* 11 25 46.71 -08 49 41.4           SLSN-I 165 1
61 ICRF J113130.5-050019 Bla 11 31 30.51675435 -05 00 19.6574728   20.0   19.20   ~ 79 1
62 SN 2015bn SN* 11 33 41.57 +00 43 32.2           SLSN-I 157 0
63 ICRF J113558.2-042827 Bla 11 35 58.23496118 -04 28 27.8861320   18.967   18.794   ~ 31 1
64 ICRF J114837.7+184008 BLL 11 48 37.77673218 +18 40 08.9684764   21.0   19.9   ~ 34 1
65 SN 2016eay SN* 12 02 51.71 +44 15 27.4           SLSN-I 83 0
66 SN 2010kd SN* 12 08 01.11 +49 13 31.1           SLSN-I 35 1
67 6C 121638+484640 Bla 12 19 06.41475008 +48 29 56.1647529   21.22 20.49 19.90   ~ 146 1
68 3C 273 BLL 12 29 06.6998257176 +02 03 08.597629980   13.05 14.830 14.11   ~ 6022 1
69 LSQ 14an SN* 12 53 47.83 -29 31 27.2           SLSN-I 40 0
70 QSO B1252+119 Bla 12 54 38.25561478 +11 41 05.8950431   16.99 16.64 16.76   ~ 284 1
71 3C 279 Bla 12 56 11.16657958 -05 47 21.5251510   18.01 17.75 15.87   ~ 3205 2
72 SN 2005ap SN* 13 01 14.84 +27 43 31.4       18.20   SLSN-I 146 1
73 PKS 1302-285 rG 13 05 08.46848939 -28 50 42.0280764       21.41   ~ 20 1
74 QSO B1307+121 BLL 13 09 33.93245274 +11 54 24.5530422 18.95 18.72 18.28 18.16   ~ 158 1
75 US 371 BLL 13 10 28.66385420 +32 20 43.7828340   15.61 15.24 17.91   ~ 917 1
76 [VV2006] J131250.9-042451 Bla 13 12 50.90123596 -04 24 49.8921276     18.7 19.29   ~ 86 1
77 SN 2013dg SN* 13 18 41.35 -07 04 43.0           SLSN-I 42 1
78 SN 2007bi SN* 13 19 20.19 +08 55 44.3       18.3   SLSN-I 228 1
79 3C 286 Sy1 13 31 08.2883506368 +30 30 32.960091564   17.51 17.25     ~ 4558 2
80 QSO B1334-127 Bla 13 37 39.78278132 -12 57 24.6933925   18.5 19.00 16.22   ~ 540 1
81 SN 2011ke SN* 13 50 57.77 +26 16 42.8     18.6     SLSN-I 92 1
82 GRB 090417B gB 13 58 44.8 +47 00 55           ~ 119 1
83 QSO B1403-085 Bla 14 06 00.70189128 -08 48 06.8811957   18.6 19.0 18.4   ~ 45 1
84 Mrk 668 BLL 14 07 00.39441712 +28 27 14.6901341   16.13 15.35 10.29   ~ 826 3
85 SN 2016ard SN* 14 10 44.55 -10 09 35.4           SLSN-I 18 0
86 4C 46.29 Bla 14 17 08.1615256776 +46 07 05.449251216   18.13 17.99     ~ 102 1
87 NVSS J141918+394036 rG 14 19 18.81429 +39 40 35.8711           ~ 28 0
88 PTF 12dam SN* 14 24 46.20 +46 13 48.3           SLSN-I 172 0
89 SN 2011kf SN* 14 36 57.53 +16 30 56.6           SLSN-I 42 1
90 7C 1441+2514 Bla 14 43 56.89220390 +25 01 44.4907165   19.5   19.7   ~ 179 1
91 ICRF J144635.3+172107 Bla 14 46 35.34629912 +17 21 07.5809403   21   19.07   ~ 64 1
92 SN 2009jh SN* 14 49 10.09 +29 25 10.4           SLSN-I 56 1
93 ESO 514-1 BLL 15 17 41.8134049824 -24 22 19.482207024   15.13 14.00 13.95   ~ 815 3
94 QSO B1547+507 Bla 15 49 17.46855793 +50 38 05.7880702   18.89 18.74 18.16   ~ 140 1
95 4C 05.64 Bla 15 50 35.26924234 +05 27 10.4483641   19.10 18.73 19.02   ~ 371 1
96 PKS 1553-328 rG 15 56 41.569 -33 02 18.55   17.0       ~ 17 1
97 SN 2018bsz SN* 16 09 39.110 -32 03 45.63           SNII 51 0
98 PTF 09cnd SN* 16 12 08.94 +51 29 16.1           SLSN-I 120 0
99 PTF 09atu SN* 16 30 24.55 +23 38 25.0           SLSN-I 63 0
100 SN 2010md SN* 16 37 47.00 +06 12 32.3           SLSN-I 110 1
101 PTF 10uhf SN* 16 52 46.696 +47 36 21.76           SLSN-I 26 0
102 QSO J1658+0741 Bla 16 58 09.01146680 +07 41 27.5404484   19.993 20.00 19.598   ~ 182 1
103 iPTF 16bad SN* 17 16 39.73 +28 22 12.6           SLSN-I 34 0
104 [VV98] J172242.2+281500 Bla 17 22 42.1619061672 +28 15 00.075705480   18.48 18.22 17.90   ~ 70 1
105 QSO B1921-293 BLL 19 24 51.05595254 -29 14 30.1210248   18.71 18.21 15.07   ~ 918 1
106 NAME Sgr 1935+2154 * 19 34 55.68 +21 53 48.2           ~ 820 1
107 SN 1998bw SN* 19 35 03.17 -52 50 46.1   14.09       SNIc 1928 2
108 QSO B2022-077 BLL 20 25 40.6602562440 -07 35 52.688047128   18.5       ~ 234 3
109 SN 2016els SN* 20 30 13.92 -10 57 01.8           SLSN-I 7 0
110 ICRF J205135.5+174336 BLL 20 51 35.58294533 +17 43 36.9001514     18.0 14.41   ~ 41 1
111 SN 2018ffs SN* 20 54 37.147 +22 04 51.81           SLSN-I 12 0
112 4C 06.69 Bla 21 48 05.45866779 +06 57 38.6041877   16.85 16.47 15.06   ~ 703 1
113 ICRF J215614.7-003704 BLL 21 56 14.75792735 -00 37 04.5945173   21.48 20.78 19.88   ~ 49 1
114 SN 2006oz SN* 22 08 53.56 +00 53 50.4           SLSN-I 90 1
115 ICRF J221237.9+015251 Sy2 22 12 37.97355904 +01 52 51.1910560     21.7     ~ 89 1
116 PS1-10ky SN* 22 13 37.851 +01 14 23.57           SLSN-I 47 0
117 PS1-10awh SN* 22 14 29.831 -00 04 03.62           SLSN-I 47 0
118 QSO B2240-260 BLL 22 43 26.4084975168 -25 44 30.680406312   18.59   16.80   ~ 205 1
119 GRB 020903 gB 22 48 42.34 -20 46 09.3           ~ 248 1
120 3C 454.3 Bla 22 53 57.7480438728 +16 08 53.561508864   16.57 16.10 15.22   ~ 3004 2
121 CRTS SSS120810 J231802-560926 SN* 23 18 01.80 -56 09 25.6           SNI 34 0
122 PKS J2336-5236 rG 23 36 12.14453637 -52 36 21.9510844   18.8       ~ 77 1
123 QSO J2354-1513 Bla 23 54 30.19517134 -15 13 11.2129982   18.49 17 18.88   ~ 128 1
124 SN 2018gft SN* 23 57 17.941 -15 37 53.32           SLSN-I 11 0
125 QSO B2355-534 BLL 23 57 53.26605016 -53 11 13.6895021   18.63 17.8 16.89   ~ 177 1

To bookmark this query, right click on this link: simbad:objects in 2021ApJ...912...21E and select 'bookmark this link' or equivalent in the popup menu