SDSSJ1332+0347

Pan-STARRS
gri
riz
izY
g
r
i
z
Y

Gaia DR2
ImageGBPRPBP-RPparallax (mas)pmra (mas)pmdec (mas)PMSIGAENAEN sigSource ID
119.762 19.309 18.110 1.199 0.519 ±0.785 -2.230 ±1.247 0.180 ±0.682 1.807 0.779 0.474 3712919517094042752
219.814 19.339 17.977 1.363 -1.343 ±1.362 2.763 ±2.444 2.936 ±1.381 2.408 6.733 29.288 3712919517094734592
Gaia DR1
ImageGAENAEN sigSource ID
119.614 1.092 1.517 3712919517094042752
219.638 7.186 116.871 3712919517094042880
NameRADECbW1-W2z qsoz lenssep.NGaia densityGDR1 countGDR2 countNEDSDSS DR14PanSTARRSDECaLSGaia cutoutWISE modelWISEFIRSTNVSSSUMSSGaiaCFHT cutoutCFHT searchDiscovery
SDSSJ1332+0347203.094253.7944264.0.9321.4380.1911.122371222NED LinkSDSS DR14 LinkPanSTARRS LinkDECaLSGDR2 cutoutWISE modelWISEFIRST
GaiaCFHT cutoutCFHT searchMorokuma et al. 2007



Relevant Publications

Jan 2007: Discovery of a Gravitationally Lensed Quasar from the Sloan Digital Sky Survey: SDSS J133222.62+034739.9, Morokuma et al. 2007

Dec 2009: LSST Science Book, Version 2.0, LSST Science Collaboration et al. 2009

Feb 2012: Constraints on cosmological models from lens redshift data, Cao & Zhu 2012

Feb 2015: Constraining Cosmological Parameters with Image Separation Statistics of Gravitationally Lensed SDSS Quasars: Mean Image Separation and Likelihood Incorporating Lens Galaxy Brightness, Han & Park 2015

Jun 2015: X-ray Insights into the Nature of PHL 1811 Analogs and Weak Emission-line Quasars: Unification with a Geometrically Thick Accretion Disk?, Luo et al. 2015

Dec 2017: Gravitationally lensed quasars in Gaia: I. Resolving small-separation lenses, Lemon et al. 2017

Aug 2018: Gaia GraL: Gaia DR2 gravitational lens systems. I. New quadruply imaged quasar candidates around known quasars, Krone-Martins et al. 2018

Mar 2019: LSST: From Science Drivers to Reference Design and Anticipated Data Products, Ivezić et al. 2019