text: 407,65,1308043002816933888,759028003976470528,Dr. Kevin Cooke,Our new paper using @SOFIAtelescope data to model a rare cold quasar (an AGN hosting galaxy that still has its cold dust component) is now accepted and out on arXiv! Check it out to learn how galaxies and their supermassive black holes grow in tandem! <LINK>,http://arxiv.org/abs/2009.08465,"Cold quasars are a rare subpopulation observed to host unobscured, X-ray luminous active galactic nuclei (AGN) while also retaining a cold gas supply fueling high star formation rates. These objects are interpreted as AGN early in their evolution. We present new SOFIA HAWC+ far-infrared observations, FUV-FIR photometry, and optical spectroscopy to characterize the accretion and star formation behavior in a cold quasar at z ~ 0.405 (CQ 4479). CQ 4479 is a starburst galaxy with a predominantly young stellar population and a high gas mass fraction of ~50-70%. The AGN component has yet to become the dominant component of the FIR emission. We also find AGN bolometric luminosity that varies as a function of observation method and AGN region probed. Finally, we identify a candidate outflow feature corroborating the hypothesis that cold quasars have energetic feedback. This object presents an intriguing look into the early stages of AGN feedback and probes the rare phase where an AGN and cold gaseous component co-exist. ",Dying of the Light: An X-ray Fading Cold Quasar at z ~ 0.405,1,['Our new paper using @SOFIAtelescope data to model a rare cold quasar (an AGN hosting galaxy that still has its cold dust component) is now accepted and out on arXiv!  Check it out to learn how galaxies and their supermassive black holes grow in tandem!\n\n<LINK>'],20,09,258