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20 April 2024
 
  » arxiv » astro-ph/0509361

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MIPS J142824.0+352619: A Hyperluminous Starburst Galaxy at z=1.325
C. Borys ; A.W. Blain ; A. Dey ; E. Le Floc’h ; B.T. Jannuzi ; V. Barnard ; C. Bian ; M. Brodwin ; K. Men’endez-Delmestre ; D. Thompson ; K. Brand ; M.J.I. Brown ; C.D. Dowell ; P. Eisenhardt ; D. Farrah ; D.T. Frayer ; J. Higdon ; S. Higdon ; T. Phillips ; B.T. Soifer ; D. Stern ; D. Weedman ( Caltech ; NOAO ; Steward Observatory ; University of Arizona ; Observatoire de Paris ; Joint Astronomy Center ; JPL ; Princeton ; Cornell ; IPAC ;
Date 13 Sep 2005
Subject astro-ph
Affiliation3,4), B.T. Jannuzi , V. Barnard , C. Bian , M. Brodwin , K. Men’endez-Delmestre , D. Thompson , K. Brand , M.J.I. Brown , C.D. Dowell (1,6), P. Eisenhardt , D. Farrah (8,9), D.T. Frayer (10), J. Higdon , S. Higdon , T. Phillips , B.T. Soifer (1,
AbstractUsing the SHARC-II camera at the Caltech Submillimeter Observatory to obtain 350 micron images of sources detected with the MIPS instrument on Spitzer, we have discovered a remarkable object at z=1.325+/-0.002 with an apparent Far-Infrared luminosity of 3.2(+/-0.7) x 10^13 Lsun. Unlike other z>1 sources of comparable luminosity selected from mid-IR surveys, MIPS J142824.0+352619 lacks any trace of AGN activity, and is likely a luminous analog of galaxies selected locally by IRAS, or at high redshift in the submillimeter. This source appears to be lensed by a foreground elliptical galaxy at z=1.034, although the amplification is likely modest (~10). We argue that the contribution to the observed optical/Near-IR emission from the foreground galaxy is small, and hence are able to present the rest-frame UV through radio Spectral Energy Distribution of this galaxy. Due to its unusually high luminosity, MIPS J142824.0+352619 presents a unique chance to study a high redshift dusty starburst galaxy in great detail.
Source arXiv, astro-ph/0509361
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