A spectroscopic survey using ALMA to observe a large and complete sample of bright SMGs. The goals are to measure spectroscopic redshifts and study the ISM properties of one of the most violent star-forming systems in the Universe. This project is in close collaboration with Prof. Ian Smail at Durham University and Prof. Jackie Hodge at Leiden University.
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AAS Nova Highlights [2022]
A systematic campaign to study the multi-phase environment of quasars that host enormous Lyman alpha nebulae (ELANe), particularly from the far-infrared and submillimeter point of view. This project is in close collaboration with Dr. Fabrizio Arrigoni Battaia at Max Planck Institute for Astrophysics.
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JCMT Science News [2018]
Astrobites Featured Article [2021]
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A deep submillimeter survey on ~10 massive lensing cluster fields. The ultimate science goals are to obtain better constraints on the submillimeter extragalactic background light (EBL) at 450 μm, to determine the shape of the faint-end number counts, and to understand the physical properties of dusty galaxies that dominate the EBL. This project is in close collaboration with Dr. Len Cowie at University of Hawai'i at Mānoa and Prof. Amy Barger at University of Wisconsin - Madison.
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RAGERS is a JCMT large program, which has been awarded 168 hours of SCUBA-2 time (Band 1 and 2) to map the overdensities of dusty galaxies within the Mpc-scale environments of a sample 33 powerful radio galaxies uniformly distributed across a well-defined redshift and mass range. This project is in close collaboration with Prof. Thomas Greve at DTU and Cosmic Dawn Center
Link to the official website.
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STUDIES is a JCMT large program that has obtained confusion limited 450 micron images in the CANDELS fields in COSMOS and UDS. The main goal is to study a representative sample of the high-redshift far-infrared galaxy population that gives rise to the bulk of the far-infrared background. This project is in close collaboration with Dr. Wei-Hao Wang at ASIAA.
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