2014A&A...572A..18H


C.D.S. - SIMBAD4 rel 1.7 - 2020.07.04CEST02:46:37

2014A&A...572A..18H - Astronomy and Astrophysics, volume 572A, 18-18 (2014/12-1)

Alignment of quasar polarizations with large-scale structures.

HUTSEMEKERS D., BRAIBANT L., PELGRIMS V. and SLUSE D.

Abstract (from CDS):

We have measured the optical linear polarization of quasars belonging to Gpc scale quasar groups at redshift z∼1.3. Out of 93 quasars observed, 19 are significantly polarized. We found that quasar polarization vectors are either parallel or perpendicular to the directions of the large-scale structures to which they belong. Statistical tests indicate that the probability that this effect can be attributed to randomly oriented polarization vectors is on the order of 1%. We also found that quasars with polarization perpendicular to the host structure preferentially have large emission line widths while objects with polarization parallel to the host structure preferentially have small emission line widths. Considering that quasar polarization is usually either parallel or perpendicular to the accretion disk axis depending on the inclination with respect to the line of sight, and that broader emission lines originate from quasars seen at higher inclinations, we conclude that quasar spin axes are likely parallel to their host large-scale structures.

Abstract Copyright:

Journal keyword(s): large-scale structure of Universe - quasars: general

Simbad objects: 101

goto Full paper

goto View the reference in ADS

Number of rows : 101

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 HD 28857 * 04 32 13.8913820736 -14 26 23.365256925   10.08 9.57     A3II/III 6 0
2 NGC 2024 1 Y*O 05 41 37.8540355489 -01 54 36.625596390   13.58 12.17     B0.5V 45 0
3 HD 64299 * 07 52 25.5094669434 -23 17 46.749151162   10.27 10.11     A1V 27 0
4 LAWD 26 WD* 07 53 08.1440312543 -67 47 31.380600610   14.75 14.09     DA9.0 91 0
5 Ve 6-23 Em* 09 06 00.0119701047 -47 18 58.165687540 14.28 13.83 12.12     B0V 35 0
6 [VV2006] J104114.1+034312 QSO 10 41 14.0613169025 +03 43 12.044235285   19.35 18.97     ~ 18 0
7 QSO B1038+0529 QSO 10 41 15.5866563723 +05 13 45.064430005   18.5 18.92 18.8   ~ 20 0
8 [VV2006] J104116.8+035510 QSO 10 41 16.7915102134 +03 55 11.420287647   19.51 19.06     ~ 18 0
9 [VV2006] J104139.1+143530 QSO 10 41 39.1522265228 +14 35 30.292139630   19.60 19.17     ~ 17 0
10 [VV2006] J104225.7+035539 QSO 10 42 25.6316962770 +03 55 39.135245218   17.9 18.08 17.9   ~ 17 0
11 [VV2006] J104256.4+054937 QSO 10 42 56.3877105742 +05 49 37.517345327   19.60 19.19     ~ 18 0
12 SDSS J104321.62+143600.2 QSO 10 43 21.6223682531 +14 36 00.178987940   19.90 19.52     ~ 14 0
13 [VV2006] J104425.8+060925 QSO 10 44 25.8051833657 +06 09 25.634748593   19.34 19.01     ~ 19 0
14 SDSS J104430.92+160245.0 QSO 10 44 30.9226150716 +16 02 44.993478286   18.41 18.14     ~ 12 0
15 SDSS J104445.03+151901.6 QSO 10 44 45.0368451345 +15 19 01.543049843   19.63 19.24     ~ 10 0
16 SDSS J104520.63+141724.2 QSO 10 45 20.6300319322 +14 17 24.207201093   19.08 18.76     ~ 13 0
17 SDSS J104604.05+140241.2 QSO 10 46 04.0514190541 +14 02 41.182149919   19.28 18.95     ~ 13 0
18 SDSS J104616.31+164512.6 QSO 10 46 16.2956489142 +16 45 12.698516537   19.52 19.19     ~ 11 0
19 SDSS J104624.26+143009.1 QSO 10 46 24.2632400037 +14 30 09.136026694   19.64 19.42     ~ 14 0
20 [VV2006] J104637.3+075318 QSO 10 46 37.3114513119 +07 53 18.810653859   18.43 18.02     ~ 21 0
21 QSO B1044+056 QSO 10 47 33.1665001978 +05 24 54.924371390   18.28 17.94     ~ 24 0
22 SDSS J104813.63+162849.1 QSO 10 48 13.6302912391 +16 28 49.140900894   19.13 18.90     ~ 11 0
23 SDSS J104859.75+125322.2 QSO 10 48 59.7446003911 +12 53 22.346216618   19.54 19.32     ~ 13 0
24 2MASS J10491565+1652174 QSO 10 49 15.6674752920 +16 52 17.490607132   19.08 18.73     ~ 10 0
25 SDSS J104922.60+154336.1 QSO 10 49 22.6082524239 +15 43 36.106298699   19.03 18.78     ~ 9 0
26 SDSS J104924.30+154156.0 QSO 10 49 24.3071663571 +15 41 56.046678350   19.21 18.91     ~ 9 0
27 SDSS J104938.22+214829.3 QSO 10 49 38.2208357674 +21 48 29.265318373   19.53 19.23     ~ 9 0
28 SDSS J104941.67+151824.7 QSO 10 49 41.6774282301 +15 18 24.715111065   19.82 19.41     ~ 10 0
29 SDSS J104947.77+162216.6 QSO 10 49 47.7822000415 +16 22 16.567209916   19.35 19.05     ~ 10 0
30 SDSS J104954.70+160042.3 QSO 10 49 54.7117065150 +16 00 42.378881692   19.68 19.35     ~ 11 0
31 SDSS J105001.22+153354.0 QSO 10 50 01.2228160547 +15 33 53.959136848   19.31 19.09     ~ 10 0
32 QSO B1047+048 QSO 10 50 10.0612657087 +04 32 49.113800766   18.84 18.45     ~ 32 0
33 [VV2006] J105018.2+052826 QSO 10 50 18.1071354377 +05 28 26.495787030   19.88 19.53     ~ 17 0
34 SDSS J105042.27+160056.1 QSO 10 50 42.2714995842 +16 00 56.109428311   18.89 18.52     ~ 11 0
35 SDSS J105104.16+161900.9 QSO 10 51 04.1697010947 +16 19 00.900231469   19.10 18.76     ~ 10 0
36 SDSS J105117.01+131136.0 QSO 10 51 17.0090419087 +13 11 35.984792751   19.72 19.46     ~ 14 0
37 SDSS J105119.60+142611.4 QSO 10 51 19.6079398513 +14 26 11.496228555   19.81 19.45     ~ 15 0
38 [VV2006] J105123.0+115852 QSO 10 51 22.9856026774 +11 58 52.367244987   19.08 18.73     ~ 16 0
39 QSO J1051+1247 QSO 10 51 25.7287914730 +12 47 46.258159007   18.12 17.88     ~ 25 0
40 SDSS J105132.22+145615.1 QSO 10 51 32.2209496534 +14 56 15.178711758   19.09 18.75     ~ 15 0
41 2MASS J10514042+2039213 QSO 10 51 40.3979898153 +20 39 21.099192452   18.55 18.14     ~ 9 0
42 87GB 104907.6+131422 QSO 10 51 44.8845116753 +12 58 28.928638626   19.88 19.45     ~ 20 0
43 2MASS J10521002+1655436 QSO 10 52 10.0183364305 +16 55 43.710210033   17.5 16.76 17.2   ~ 11 0
44 [VV2006] J105222.1+123054 QSO 10 52 22.1377209319 +12 30 54.113670551   19.69 19.40     ~ 16 0
45 SDSS J105223.69+140525.6 QSO 10 52 23.6910516337 +14 05 25.650907317   19.42 19.11     ~ 14 0
46 SDSS J105224.08+204634.1 QSO 10 52 24.0864976013 +20 46 34.151939400   19.31 19.06     ~ 11 0
47 2MASS J10524581+1340576 QSO 10 52 45.8069469013 +13 40 57.458623351   19.47 18.95     ~ 16 0
48 [VV2006] J105257.2+105933 QSO 10 52 57.1740635597 +10 59 33.490307489   19.59 19.38     ~ 15 0
49 SDSS J105258.16+201705.4 QSO 10 52 58.1685712202 +20 17 05.428303268   19.77 19.46     ~ 9 0
50 SDSS J105412.67+145735.2 QSO 10 54 12.6779014033 +14 57 35.260847166   19.45 19.12     ~ 14 0
51 2MASS J10542190+2121311 QSO 10 54 21.9016415979 +21 21 31.198018252   18.59 18.27     ~ 9 0
52 [VV2006] J105422.5+033718 QSO 10 54 22.4730546685 +03 37 19.314566250   18.61 18.31     ~ 16 0
53 [VV2006] J105423.3+051909 QSO 10 54 23.2652799616 +05 19 09.764353129   18.89 18.56     ~ 17 0
54 SDSS J105435.64+101816.3 QSO 10 54 35.6478512506 +10 18 16.378666791   18.66 18.38     ~ 10 0
55 [VV2006] J105442.7+104320 QSO 10 54 42.7173607169 +10 43 20.665395934   19.70 19.42     ~ 16 0
56 SDSS J105446.73+195710.5 QSO 10 54 46.7352665085 +19 57 10.592526516   19.96 19.48     ~ 10 0
57 [VV2006] J105512.3+061243 QSO 10 55 12.2332942681 +06 12 44.019778185   19.48 19.01     ~ 19 0
58 SDSS J105523.03+130610.7 QSO 10 55 23.0316055149 +13 06 10.784009797   19.57 19.30     ~ 13 0
59 SDSS J105525.18+191756.3 QSO 10 55 25.1852318031 +19 17 56.402395615   19.56 19.28     ~ 10 0
60 [VV2006] J105525.7+113702 QSO 10 55 25.6866812783 +11 37 02.936361235   19.18 18.86     ~ 17 0
61 [VV2006] J105534.7+033028 QSO 10 55 34.6634836025 +03 30 28.870488996   19.10 18.73     ~ 17 0
62 [VV2006] J105537.7+040520 QSO 10 55 37.6382347514 +04 05 20.083428207   19.16 18.86     ~ 17 0
63 [VV2006] J105541.9+111754 QSO 10 55 41.8395067678 +11 17 54.282128252   19.77 19.43     ~ 16 0
64 SDSS J105556.22+184718.4 QSO 10 55 56.2282692003 +18 47 18.510513758   19.72 19.39     ~ 9 0
65 2MASS J10561127+1708274 QSO 10 56 11.2743260993 +17 08 27.548629253           ~ 14 0
66 SDSS J105621.90+143401.0 QSO 10 56 21.9011719565 +14 34 01.095104508   19.74 19.43     ~ 15 0
67 SDSS J105637.49+150047.5 QSO 10 56 37.4880849716 +15 00 47.558609808   19.83 19.50     ~ 14 0
68 SDSS J105637.98+100307.2 QSO 10 56 37.9858986304 +10 03 07.276515610   19.50 19.13     ~ 8 0
69 SDSS J105655.36+144946.2 QSO 10 56 55.3608728149 +14 49 46.240424629   19.31 18.99     ~ 14 0
70 SDSS J105714.02+184753.3 QSO 10 57 14.0254680091 +18 47 53.359090014   19.49 19.13     ~ 9 0
71 [VV2006] J105719.3+045548 QSO 10 57 19.2357566071 +04 55 48.205558591   19.25 18.80     ~ 18 0
72 SDSS J105805.09+200341.0 QSO 10 58 05.0931427714 +20 03 41.032692489   18.35 18.09     ~ 11 0
73 [VV2006] J105821.3+053449 QSO 10 58 21.2783693497 +05 34 48.961629016   18.82 18.49     ~ 18 0
74 SDSS J105832.01+170456.0 QSO 10 58 32.0104961582 +17 04 56.060697986   18.89 18.65     ~ 12 0
75 [VV2006] J105833.9+055439 QSO 10 58 33.8679580140 +05 54 40.213013552   19.55 19.28     ~ 17 0
76 SDSS J105840.49+175415.5 QSO 10 58 40.4917520983 +17 54 15.618041787   19.51 19.25     ~ 9 0
77 [VV2006] J105855.3+081350 QSO 10 58 55.3314889180 +08 13 50.672149254   18.74 18.42     ~ 18 0
78 GALEX 2698265327769227498 QSO 10 59 28.5761599849 +16 46 58.042808299   18.5 19.40 18.7   ~ 12 0
79 [VV2006] J110006.0+092639 QSO 11 00 06.0180962300 +09 26 38.732721482   18.76 18.44     ~ 18 0
80 SDSS J110016.88+193624.7 QSO 11 00 16.8873405953 +19 36 24.689587502   19.65 19.29     ~ 10 0
81 GALEX 2698265323474256966 QSO 11 00 39.9969713523 +16 57 10.375823689   17.8 18.54 17.8   ~ 11 0
82 [VV2006] J110108.0+043849 QSO 11 01 08.0052720724 +04 38 49.618916613   19.13 18.68     ~ 17 0
83 [VV2006] J110148.6+082207 QSO 11 01 48.6717814538 +08 22 07.181595907   19.69 19.35     ~ 18 0
84 [VV2006] J110217.2+083921 QSO 11 02 17.1965260949 +08 39 21.092835066   19.59 19.27     ~ 19 0
85 [VV2006] J110412.0+044058 QSO 11 04 12.0062887181 +04 40 58.223742926   19.52 19.09     ~ 17 0
86 [VV2006] J110504.5+084535 QSO 11 05 04.4570963012 +08 45 35.305667476   18.7 19.35 19.0   ~ 19 0
87 [VV2006] J110621.4+084111 QSO 11 06 21.4017010797 +08 41 11.202822091   17.9 19.09 18.4   ~ 20 0
88 [VV2006] J110736.7+090114 QSO 11 07 36.6107590281 +09 01 14.778459279   19.83 19.33     ~ 21 0
89 QSO J1107+0955 QSO 11 07 44.6090128370 +09 55 27.023738210   18.37 17.97     ~ 22 0
90 [VV2006] J111007.9+104810 QSO 11 10 07.8968629398 +10 48 10.314745703   19.42 19.05     ~ 15 0
91 [VV2006] J111009.6+075206 QSO 11 10 09.5923497072 +07 52 06.802179077   19.74 19.37     ~ 18 0
92 [VV2006] J111416.2+102327 QSO 11 14 16.1645757971 +10 23 27.635340229   18.0 18.49 18.0   ~ 19 0
93 [VV2006] J111545.3+081500 QSO 11 15 45.3018467970 +08 14 59.861438263   19.16 18.82     ~ 15 0
94 2MASS J11180211+1033024 QSO 11 18 02.1114576739 +10 33 02.473972983           ~ 9 0
95 [VV2006] J111823.2+090505 QSO 11 18 23.2210997425 +09 05 04.972026500   19.52 19.28     ~ 19 0
96 [VV2006] J112019.7+085905 QSO 11 20 19.6232974329 +08 59 05.147109788   18.89 18.60     ~ 18 0
97 [VV2006] J112059.3+101109 QSO 11 20 59.2776755861 +10 11 09.254890183   19.40 19.14     ~ 17 0
98 [VV2006] J112109.7+075958 QSO 11 21 09.7698017762 +07 59 58.666606687   18.89 18.62     ~ 14 0
99 EGGR 118 WD* 16 17 55.2413312245 -15 35 52.151811413 12.086 13.215 13.425 13.558 13.714 DA1.7 84 0
100 CD-28 13479 * 17 43 19.5889905561 -28 40 32.664304215 11.17 11.36 10.61 10.46   B1II-III:nn 27 0
101 HD 316232 * 17 45 43.6894069145 -29 13 18.040088310 10.61 10.92 10.27 10.25   O9IV 34 0

    Equat.    Gal    SGal    Ecl

To bookmark this query, right click on this link: simbad:objects in 2014A&A...572A..18H and select 'bookmark this link' or equivalent in the popup menu


2020.07.04-02:46:37

© Université de Strasbourg/CNRS

    • Contact