2018A&A...610A...1M


C.D.S. - SIMBAD4 rel 1.7 - 2020.10.27CET13:33:54

2018A&A...610A...1M - Astronomy and Astrophysics, volume 610A, 1-1 (2018/2-1)

TANAMI: Tracking Active Galactic Nuclei with Austral Milliarcsecond Interferometry. II. Additional sources.

MULLER C., KADLER M., OJHA R., SCHULZ R., TRUSTEDT J., EDWARDS P.G., ROS E., CARPENTER B., ANGIONI R., BLANCHARD J., BOCK M., BURD P.R., DORR M., DUTKA M.S., EBERL T., GULYAEV S., HASE H., HORIUCHI S., KATZ U., KRAUSS F., LOVELL J.E.J., NATUSCH T., NESCI R., PHILLIPS C., PLOTZ C., PURSIMO T., QUICK J.F.H., STEVENS J., THOMPSON D.J., TINGAY S.J., TZIOUMIS A.K., WESTON S., WILMS J. and ZENSUS J.A.

Abstract (from CDS):

Context. TANAMI is a multiwavelength program monitoring active galactic nuclei (AGN) south of -30° declination including high-resolution very long baseline interferometry (VLBI) imaging, radio, optical/UV, X-ray, and γ-ray studies. We have previously published first-epoch 8.4GHz VLBI images of the parsec-scale structure of the initial sample. In this paper, we present images of 39 additional sources. The full sample comprises most of the radio- and γ-ray brightest AGN in the southern quarter of the sky, overlapping with the region from which high-energy (>100TeV) neutrino events have been found.
Aims. We characterize the parsec-scale radio properties of the jets and compare them with the quasi-simultaneous Fermi/LAT γ-ray data. Furthermore, we study the jet properties of sources which are in positional coincidence with high-energy neutrino events compared to the full sample. We test the positional agreement of high-energy neutrino events with various AGN samples.
Methods. TANAMI VLBI observations at 8.4 GHz are made with southern hemisphere radio telescopes located in Australia, Antarctica, Chile, New Zealand, and South Africa.
Results. Our observations yield the first images of many jets below -30° declination at milliarcsecond resolution. We find that γ-ray loud TANAMI sources tend to be more compact on parsec-scales and have higher core brightness temperatures than γ-ray faint jets, indicating higher Doppler factors. No significant structural difference is found between sources in positional coincidence with high-energy neutrino events and other TANAMI jets. The 22 γ-ray brightest AGN in the TANAMI sky show only a weak positional agreement with high-energy neutrinos demonstrating that the >100TeV IceCube signal is not simply dominated by a small number of the γ-ray brightest blazars. Instead, a larger number of sources have to contribute to the signal with each individual source having only a small Poisson probability for producing an event in multi-year integrations of current neutrino detectors.

Abstract Copyright: © ESO, 2018

Journal keyword(s): galaxies: active - galaxies: jets - galaxies: nuclei - radio continuum: galaxies - techniques: high angular resolution - neutrinos

VizieR on-line data: <Available at CDS (J/A+A/610/A1): list.dat fits/*>

Simbad objects: 89

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Number of rows : 89

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2020
#notes
1 QSO B0047-5754 QSO 00 49 59.4720198050 -57 38 27.337597193   17.49 18.5 16.56   ~ 109 1
2 ICRF J005802.2-323420 BLL 00 58 02.2303458342 -32 34 20.751126955 18.26 17.61 17.60 20.00   ~ 41 0
3 9Y-MST J0146-5204 BLL 01 46 48.5763667385 -52 02 33.628556351   16.79   15.19   ~ 37 1
4 QSO B0208-512 BLL 02 10 46.2000629834 -51 01 01.893312084   17.10 16.93 14.82   ~ 385 1
5 QSO B0227-369 QSO 02 29 28.44906605 -36 43 56.8221968     19.0 20.4   ~ 84 0
6 QSO B0235-618 QSO 02 36 53.24574589 -61 36 15.1834250   18.18 18.5 17.62   ~ 79 1
7 QSO B0244-470 QSO 02 46 00.1176057191 -46 51 17.233537658     18.5 17.9   ~ 58 1
8 QSO B0302-623 QSO 03 03 50.63134799 -62 11 25.5498711   19.48   17.87   ~ 121 1
9 QSO B0308-611 QSO 03 09 56.09915397 -60 58 39.0561502   19.00 18.5 18.18   ~ 111 1
10 QSO B0332-403 BLL 03 34 13.6547438706 -40 08 25.401996186 18.54 18.35 17.87 17.5   ~ 269 1
11 3FHL J0334.2-3726 BLL 03 34 15.4249866093 -37 25 43.062719308 16.95 16.71 16.56     ~ 51 1
12 QSO J0403-3605 QSO 04 03 53.7499146834 -36 05 01.914911296   17.04 17.17 16.67   ~ 239 1
13 QSO B0405-385 QSO 04 06 59.03533560 -38 26 28.0423567   19.55 18.0     ~ 205 2
14 9Y-MST J0414-5339 QSO 04 13 13.4724626525 -53 32 00.583944355       18.1   ~ 41 3
15 WISEA J042840.41-375619.3 BLL 04 28 40.4242766573 -37 56 19.583011524   18.96 19.0 17.21   ~ 253 1
16 QSO B0438-43 QSO 04 40 17.1805718498 -43 33 08.609959495   19.31 19.5 18.2   ~ 253 1
17 9Y-MST J0449-4349 BLL 04 49 24.700 -43 50 08.93 14.95 17.52 15.24 16.27   ~ 130 1
18 QSO B0454-463 QSO 04 55 50.7729726039 -46 15 58.684031092   17.89 17.4 16.87   ~ 186 1
19 QSO B0506-612 QSO 05 06 43.9895985805 -61 09 40.990800300   17.16 16.85 16.9   ~ 167 2
20 QSO B0516-621 BLL 05 16 44.9259759952 -62 07 05.388736635 18.50 18.09 17.85 17.46   ~ 99 1
21 NAME Pictor A Sy1 05 19 49.7230919028 -45 46 43.855209977   15.73 15.77 14.85   ~ 563 1
22 QSO B0521-365 BLL 05 22 57.9839686440 -36 27 30.847737786   15.26 14.62 14.48   ~ 723 2
23 QSO B0524-485 QSO 05 26 16.6713755627 -48 30 36.791165662     20.0 19.36   ~ 65 1
24 PMN J0529-3555 Rad 05 29 37 -35 55.4       19.20   ~ 7 0
25 9Y-MST J0531-4827 BLL 05 31 58.6151 -48 27 35.972           ~ 34 0
26 QSO B0537-441 BLL 05 38 50.36155219 -44 05 08.9389165   15.77 16.48 16   ~ 794 2
27 QSO B0625-354 BLL 06 27 06.7294147 -35 29 15.339649   14.93       ~ 156 1
28 QSO J0635-7516 QSO 06 35 46.5080299 -75 16 16.815501   15.96 15.75 15.82   ~ 511 1
29 QSO B0646-306 QSO 06 48 14.09647071 -30 44 19.6596827   19.53 20.4 18.75   ~ 85 1
30 9Y-MST J0700-6610 BLL 07 00 31.2533642600 -66 10 45.229305493 16.38 15.99 15.89     ~ 55 3
31 NAME [MGL2009] BZB J0718-43.4 BLL 07 18 43.64 -43 19 49.7 17.51 17.27 17.07 16.5   ~ 26 0
32 QSO B0723-007 BLL 07 25 50.63996171 -00 54 56.5441985   17.39 16.57 15.82   ~ 218 1
33 3FHL J0734.8-7711 QSO 07 34 43.4192 -77 11 13.488   21.6   20.77   ~ 38 1
34 ICRF J074719.6-331046 BLL 07 47 19.6832497 -33 10 46.971130           ~ 43 1
35 9Y-MST J0811-7529 BLL 08 11 03.2070858122 -75 30 27.827771588 17.74 17.50 17.48 17.2   ~ 38 0
36 3EG J0903-3531 BLL 09 04 42.34 -35 14 23.8           ~ 26 0
37 2MASX J09432407-7620101 Bz? 09 43 24.075 -76 20 10.20   19       ~ 38 1
38 QSO B1057-797 BLL 10 58 43.30977041 -80 03 54.1597166   19.08   17.31   ~ 155 0
39 MRC 1101-536 BLL 11 03 52.22167 -53 57 00.6964   18.30 17.9     ~ 62 1
40 QSO B1104-445 QSO 11 07 08.6939954176 -44 49 07.617187122   17.84 18.2 17.37   ~ 190 1
41 QSO B1144-3755 BLL 11 47 01.37070177 -38 12 11.0234199   19.03 16.2 16.72   ~ 261 1
42 QSO J1300-3253 QSO 13 00 42.4254849462 -32 53 12.118806423     18.70 18   ~ 75 1
43 QSO J1301-3226 Bla 13 01 00.795 -32 26 28.97   13.06 13 11.50   ~ 89 2
44 QSO B1313-333 QSO 13 16 07.98593995 -33 38 59.1725057   18.04 20.0 17.23   ~ 226 1
45 NAME Centaurus A Sy2 13 25 27.61509104 -43 01 08.8056025   8.18 6.84 6.66   ~ 4030 3
46 NAME VLBI 1323-527 QSO 13 26 49.2298147073 -52 56 23.634693653           ~ 49 3
47 NAME VLBI 1325-558 QSO 13 29 01.1458999868 -56 08 02.653470323           ~ 57 2
48 IC 4296 AGN 13 36 39.03275288 -33 57 57.0783023   11.52 12.99 10.00   ~ 446 2
49 NAME Cen B QSO 13 46 49.04327124 -60 24 29.3552337         15.74 ~ 126 0
50 ICRF J134740.4-375036 QSO 13 47 40.4289835 -37 50 36.619960       19.1   ~ 47 1
51 NAME Circinus Galaxy Sy2 14 13 09.906 -65 20 20.47   10.89 9.84 10.6 10.0 ~ 1019 2
52 QSO B1424-41 QSO 14 27 56.29756536 -42 06 19.4375991   18.48 17.7 16.30   ~ 363 1
53 WISEA J144357.20-390840.0 BLL 14 43 57.1974378066 -39 08 40.053403677       14.7   ~ 63 1
54 QSO J1457-3539 BLL 14 57 26.71171326 -35 39 09.9714572   17.95 19.50 18.93   ~ 124 1
55 ICRF J150502.3-343256 QSO 15 05 02.3703388 -34 32 56.819621       18.8   ~ 33 1
56 ICRF J150838.9-495302 QSO 15 08 38.9446679 -49 53 02.311063   19.83       ~ 33 0
57 QSO B1549-790 QSO 15 56 58.86989203 -79 14 04.2815029   18.80 18.800 17.84   ~ 180 1
58 PMN J1603-4904 QSO 16 03 50.690 -49 04 05.49   20.67       ~ 53 0
59 ICRF J160431.0-444131 Bla 16 04 31.02069 -44 41 31.9742   20.75       ~ 59 0
60 3FHL J1610.6-6649 BLL 16 10 46.40 -66 49 01.3       16.8   ~ 35 0
61 3FGL J1617.4-5846 AGN 16 17 17.8913859288 -58 48 07.860059063   18.23       ~ 90 1
62 QSO B1610-771 QSO 16 17 49.2776951842 -77 17 18.469164198   19.19 19.0 17.32   ~ 136 1
63 ICRF J165016.6-504448 QSO 16 50 16.6270664 -50 44 48.210890   20.95       ~ 42 2
64 3FGL J1656.2-3303 QSO 16 56 16.78 -33 02 12.7   18.4 17.8 17.5   ~ 63 0
65 ICRF J171736.0-334208 BLL 17 17 36.0293353 -33 42 08.832233   20.93   17.3   ~ 93 1
66 NGC 6328 QSO 17 23 41.02938963 -65 00 36.6113150   13.17 13.2 11.45 12.2 ~ 210 1
67 9Y-MST J1724-7715 Bla 17 23 50.81 -77 13 50.5           ~ 27 1
68 ICRF J173735.7-563403 Sy1 17 37 35.7723807511 -56 34 03.134800219   17.0       ~ 83 0
69 ICRF J180242.6-394007 Bla 18 02 42.68004643 -39 40 07.9079345       17.3   ~ 80 1
70 3EG J1806-5005 QSO 18 08 13.8335446095 -50 11 53.582802574       18.97   ~ 28 2
71 ICRF J181935.0-634548 Sy2 18 19 35.00241 -63 45 48.1926   16.80   13.4   ~ 133 1
72 [VV2006] J191916.6-454338 QSO 19 19 16.6903043765 -45 43 38.576121003     21.00 18.8   ~ 21 1
73 QSO B1933-400 QSO 19 37 16.21735166 -39 58 01.5529907   18.15 19 17.43   ~ 171 2
74 QSO B1954-388 QSO 19 57 59.81927470 -38 45 06.3557585   18.47 17.07 16.73   ~ 186 1
75 ICRF J200755.1-443444 Sy1 20 07 55.1830395039 -44 34 44.280287434   19.3 19.3 18   ~ 140 1
76 QSO B2005-489 BLL 20 09 25.3910622923 -48 49 53.722146927   15.75 12.81 11.41   ~ 515 2
77 ESO 462-27 G 20 30 57.598 -30 40 00.95   15.48   14.63   ~ 11 0
78 QSO B2052-474 QSO 20 56 16.35981874 -47 14 47.6276461   18.29 19.1 18.07   ~ 259 1
79 QSO B2106-413 QSO 21 09 33.18859195 -41 10 20.6053191   20.20 21.0 20.41   ~ 99 1
80 [VV96] J212630.7-460548 QSO 21 26 30.7042797686 -46 05 47.898702641   18.12 18     ~ 59 2
81 PMN J2139-4235 Rad 21 39 24.17 -42 35 20.5           ~ 6 0
82 QSO J2147-7536 QSO 21 47 12.7307830 -75 36 13.224790   17.79 17.30     ~ 111 1
83 QSO B2149-306 QSO 21 51 55.52398143 -30 27 53.6979987   17.95 18.0 17.48   ~ 221 1
84 QSO B2153-699 BLL 21 57 05.9778792382 -69 41 23.684746870   14.23 13.79 12.94   ~ 241 1
85 QSO B2155-304 BLL 21 58 52.0651817803 -30 13 32.120657891   13.36 13.09 12.62   ~ 1576 1
86 4FGL J2201.5-8339 QSO 22 02 19.2422950888 -83 38 11.832664548     18.5 19.3   ~ 38 1
87 QSO B2204-54 QSO 22 07 43.7335704104 -53 46 33.822173951   18.45 18.0 18.20   ~ 137 1
88 QSO B2326-477 QSO 23 29 17.7043017660 -47 30 19.117533633   16.93 16.79 16.30   ~ 166 1
89 QSO B2355-534 BLL 23 57 53.2659039839 -53 11 13.691995248   18.63 17.8 16.89   ~ 132 1

    Equat.    Gal    SGal    Ecl

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2020.10.27-13:33:54

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