JCMT PI Projects Approved for Observation in Semester 21A
Updated: 2021/02/17
Project ID	Principal Investigator	Total Hrs	WB					FoP	Title of Investigation (Color Code: Red = Target-of-Opportunity; Green = Time-specific; Italics = Daytime)
			1	2	3	4	5
Hrs = hours approved; WB = weather band; FoP = "Friend" of the project (see below)
M21AP001	Yi-Jehng Kuan	16.5	16.5					STM	Comet Chemistry: Target of Opportunity request
M21AP002	Dimitris Stamatellos	3.2			3.2			AJT	Classification of Class 0/I sub-stellar objects
M21AP003	Eun Jung Chung	8.56		8.56				STM	Role of turbulence in the formation of hub-filaments structure in L1478 (Resubmission of M20AP008)
M21AP007	Steve Mairs	4.5	4.5					STM	SCUBA-2 Continuum Monitoring of Betelgeuse's Unusual Behaviour
M21AP008	David Eden	42.1			42.1			HALP	Dense Gas in High-Mass Star-Forming Regions
M21AP011	Kate Pattle	12.11		12.11				SL	Magnetic fields in Massive Dense Cores and filaments under stellar feedback in NGC 6357
M21AP013	Tomas James	1			1			XJJ	Constraining gas conditions within the Circumnuclear Disk using molecular emission
M21AP014	Rajeshwari Dutta	15.1				15.1		STM	Investigating Molecular Gas Properties in Low-z Radio-loud Galaxy Mergers
M21AP016	Hsi-Wei Yen	37		37				AJT	Magnetic field structures in dense cores with embedded disks
M21AP018	Tie Liu	14	14					HALP	Magnetic field of the W43-main cloud
M21AP019	David Clements	4	4					STM	A Dusty Ultradiffuse Galaxy in the Coma Cluster
M21AP020	Daniel Perley	15	15 (max. of 3 in Band 1)					MGR	SCUBA-2 ToO Observations of Gamma-Ray Bursts
M21AP021	Ilse De Looze	13.6		13.6				AJT	Characterising the dust population in supernova remnant G54.1+0.3
M21AP022	Rohit Kondapally	10		10				XJJ	Revealing the nature of the most extreme, dusty, LOFAR-identified galaxies at z > 3
M21AP024	Xue-Jian Jiang	23.1				23.1		XJJ	Gas infall in massive filaments (synergy with SMA observations)
M21AP025	Xing Lu	16		16				AJT	Does Magnetic Field Suppress Star Formation in Galactic Center Massive Clouds?
M21AP027	Jia-Wei Wang	3.7		3.7				XJJ	How magnetic fields interact with gas kinematics in the filamentary cloud NGC2264
M21AP028	Kate Pattle	15.33		15.33				AJT	Magnetic fields in Bok globules
M21AP031	Yuji Urata	9	9					HALP	SCUBA-2 Follow-up of IceCube Neutrino events
M21AP032	Graham Bell	8	8					GSB	Searching for a turn-up in the spectrum of magnetar XTE J1810-197 at 450µm
M21AP033	Kotaro Kohno	25	25					SL	Characterizing a candidate cluster of multiple-image Near-IR-dark ALMA galaxies at z~4 via SCUBA-2 450 um imaging
M21AP034	Chao-Wei Tsai	2			2			XJJ	Cold Dust Content of a Low-z Obscured Quasar
M21AP035	Ray S. Furuya	14.4	14.4					AJT	Does alpha dynamo really maintain galaxy-scale B field?
M21AP038	Jianfa Wang	5				5		XJJ	HCN(3-2) and HCO+(3-2) survey and the dense gas excitation of nearby IR-bright galaxies – 20B VERSION COMPLETED (CONTINGENCY TIME NO LONGER NEEDED)
M21AP039	Shinyoung Kim	14		14				XJJ	Dense Core Formation in Filamentary Clouds II
M21AP040	Somnath Dutta	8	8					SL	Mapping B-field structure around the protostellar system HH 212
M21AP041	Chian-Chou Chen	12.8		12.8				IM	Constrainig the link between quasar's host properties and the presence of large-scale Lyman-alpha emission
M21AP042	Shuling Yu	3				17.6		STM	Mapping Observation of Molecular Clumps Focused on G107.50+4.47
M21AP045	Xue-Jian Jiang	54.5					54.5	XJJ	Constraining the Properties of Galactic Star-Forming Gas by Dense-Molecular-Gas Observations and Multiple-Line Analysis
M21AP046	Chian-Chou Chen	16	16					STM	Dig out the dirt - deepening the SCUBA-2 surveys in the ELAN fields
M21AP049	Matthew Scourfield	16.8			16.8			STM	Comparing the C2H distribution across a sample of nearby galaxies
M21AP050	Shanghuo Li	52					52	STM	How to form high-mass star and cluster in the distant outer Galactic clouds?
M21AP052	Nguyen Bich Ngoc	14		14				AJT	Understanding the low star-formation efficiency in Auriga-California molecular cloud: the role of magnetic fields
E21AC002	Arnaud Michel	14		14				HALP	Completing the magnetic field across the Oph C-E-F filament
E21AC003	Maria Pettyjohn	25					25	HALP	Resolving Chemical Clocks in NGC1333
E21AC006	Ryan Chown	63					63	HALP	Measuring global CO(2-1) to supplement interferometric observations from the EDGE survey
E21AC009	Allison Man	6.5			6.5			XJJ	Dusty galaxies as signpost for distant proto-clusters at z~3-4
E21AC010	Akanksha Bij	9.21		9.21				STM	Testing High Mass Star Formation Models with POL-2 Magnetic Field Maps of G11.92-0.61
E21AK001	Changseok Kim	20		22				IM	Constraining star formation rate in type 1 AGNs with powerful outflows
E21AK002	Min-Young Lee	24.76			24.76			XJJ	Probing the Physical and Chemical Properties of Diffuse Molecular Gas in the Solar Neighborhood
E21AK003	Eun Jung Chung	14.184		14.184				IM	Evolution of magnetic fields in filaments and cores
E21AK005	Jihye Hwang	14	14					SL	The Role of Magnetic Field in a Hub-Filament Structure, Monoceros R2
E21AK006	Jae-Woo Kim	9.5			9.5			AJT	Constraining the variability of the most active Brightest Cluster Galaxies in the sub-mm
E21AK007	Shanghuo Li	5.6	5.6					IM	Magnetic Fields in Subsonic-to-transonic Protocluster Formation Region
M21AP010*	Ke Xu	28				28		-	Probing the Molecular Gas in Star-Forming S0 galaxies in MaNGA
M21AP015*	Hong-Xin Zhang	23.22			23.22			-	Molecular Gas in a Star-Forming Dwarf Galaxy Born from Dwarf-Dwarf Merging
Note: A “Total Hrs” entry in magenta indicates a contingency amount, which may be subsequently reduced if some fraction of the time is used up by the 20B version of the project. Other project allocations may also be reduced if their fallback projects from earlier semesters obtain additional data during semester 20B. A project ID with an asterisk (*) denotes a China-affiliated non-CAMS project.
Project ID	Principal Investigator	Total Hrs	WB					FoP	Title of Investigation (Color Code: Red = Target-of-Opportunity; Green = Time-specific; Italics = Daytime)
			1	2	3	4	5
M21AH20A2	Jonathan Williams	38		38				MGR / NO	Early Planet Formation in Embedded Disks
M21AH10B4	Benjamin Shappee	52	52					MGR	Rainbow Tide: Multi-wavelength Follow-up of Tidal Disruption Events
M21AH07C	Watson Varricatt	18	18					MGR	Understanding Massive Star Formation Through Spectral Line and Continuum Observations in the Sub-mm
M21AH23B	Len Cowie	96	96					MGR	The Growth of Dusty Massive Galaxies and Obscured AGNs
M21AH07B	Watson Varricatt	25	25					MGR	Mapping the Magnetic Fields in Massive Star-Forming Regions
"Friend of the Project" (FoP): Each project is assigned a "friend of the project" who is the first line of contact for assistance/advice/info
								Per / PF	Per – p.friberg @ eaobservatory.org
								Izumi / IM	Izumi – i.mizuno @ eaobservatory.org
								Shaoliang /SL	Shaoliang – s.li @ eaobservatory.org
								Xue-Jian / XJJ	Xue-Jian – x.jiang @ eaobservatory.org
								Graham / GSB	Graham – g.bell @ eaobservatory.org
								Harriet / HALP	Harriet – h.parsons @ eaobservatory.org
								Mark / MGR	Mark – m.rawlings @ eaobservatory.org
								Nagayoshi/ NO	Nagayoshi – nohashi @ naoj.org
								Alex / AJT	Alex – a.tetarenko @ eaobservatory.org
								Steve / STM	Steve – s.mairs @ eaobservatory.org