Physical Characterization of an Unlensed Dusty Star-Forming Galaxy at
arXiv:1910.13331 · doi:10.3847/1538-4357/ab52ff
Abstract
We present a physical characterization of MMJ100026.36+021527.9 (a.k.a. ``MAMBO-9''), a dusty star-forming galaxy (DSFG) at . This is the highest redshift unlensed DSFG (and fourth most distant overall) found to-date, and is the first source identified in a new 2mm blank-field map in the COSMOS field. Though identified in prior samples of DSFGs at 850m-1.2mm with unknown redshift, the detection at 2mm prompted further follow-up as it indicated a much higher probability that the source was likely to sit at . Deep observations from the Atacama Large Millimeter and submillimeter Array (ALMA) presented here confirm the redshift through the secure detection of CO(65) and p-HO(22). MAMBO-9 is comprised of a pair of galaxies separated by 6kpc with corresponding star-formation rates of 590Myr and 220Myr total molecular hydrogen gas mass of (1.70.4)M, dust mass of (1.30.3)M and stellar mass of (3.2)M. The total halo mass, (3.30.8)M, is predicted to exceed M by . The system is undergoing a merger-driven starburst which will increase the stellar mass of the system tenfold in Myr, converting its large molecular gas reservoir (gas fraction of 96%) into stars. MAMBO-9 evaded firm spectroscopic identification for a decade, following a pattern that has emerged for some of the highest redshift DSFGs found. And yet, the systematic identification of unlensed DSFGs like MAMBO-9 is key to measuring the global contribution of obscured star-formation to the star-formation rate density at , the formation of the first massive galaxies, and the formation of interstellar dust at early times (1Gyr).
arXiv comment24 pages, 8 figures, accepted for publication in ApJ
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