JCMT Projects Approved for Observation in Semester 19B











Updated: 2019/07/15











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)
M19BP001 Peter Scicluna 22 22



Harriet Testing radiative dust alignment using stellar winds
M19BP003 Peter Scicluna 34.2


34.2
Jan The Nearby Evolved Stars Survey: Mapping evolved-star envelopes on arcminute scales
M19BP006 Zongnan Li 59

19 40
Jan JCMT CO(3-2) mapping of the nuclear ring of M31
M19BP009 Shaobo Zhang 29
29


Harriet Fragmentation and dust growth in L1188
M19BP010 Mattia Negrello 20.2177

20.2177

Alex A systematic search for ultra-bright strongly lensed galaxies in the Planck all-sky survey
M19BP011 Qiong Li 18.3

18.3

Harriet Completing a SCUBA-2 survey of most massive large-scale structures at z~2
M19BP014 Qilao Gu 17
17


Jan Verify Turbulence driven Ambipolar Diffusion (TAD) by line-width differences variations.
M19BP015 Minchul Kam 8 8 (2 × 4h epochs)


Steve Revealing the nature of blazar radio cores through multifrequency polarimetric observations with the JCMT, SMA, and KVN
M19BP018 Peter Scicluna 35

35

Alex Are Carbon stars the only detached-shell sources?
M19BP019 Tie Liu 9.1 9.1



Jan Tracing the pinched magnetic fields caused by accretion flows along filaments (resubmission of M19AP032)
M19BP022 Daniel Perley 15 15 (including up to 3h in B1)
Mark SCUBA-2 ToO Observations of Gamma-Ray Bursts
M19BP025 Alexandra Tetarenko 18 18

Alex Constraining Jet Formation and Evolution with Transient X-ray Binaries
M19BP028 Ying-Tung Chen 5
5


Steve Massive Dust Coma in Long Period Comet C/2017 K2
M19BP030 Sayantan Auddy 28 28


Alex Testing the "Core Field Structure" method against dust polarization observation of H-MM1
M19BP031 Myungshin Im 13

13

Steve Completing the SCUBA-2 observations of the JWST/GTO Time Domain Survey Field
M19BP032 Aaron Golden 10 10



Alex 'Snow plows' through the local ISM - using nearby pulsars as probes of interstellar dust
M19BP033 Ke Wang 43.8
15.1 28.7

Jan Global collapse during high-mass star formation: a mini survey
M19BP034 Rajeshwari Dutta 35


35
Per Investigating Molecular Gas Properties in Low-z Radio-loud Galaxy Mergers
M19BP037 Junhao Liu 4.6

4.6

Mark Dust polarization survey of massive dense cores in Cygnus-X
M19BP038 Jae-Woo Kim 19

19

Mark Constraining the variability of the most active Brightest Cluster Galaxies in the sub-mm
M19BP039 Yi-Jehng Kuan 26
26
Steve Comet Chemistry: Target of Opportunity request
M19BP041 Xiaotong Feng 10

10

Per Study the star formation rates of AGN host galaxies by far-infrared SED
M19BP042 Jia-Wei Wang 16 16


Steve How the magnetic field impact on the formation of hub-filament system G33.92+0.11 – 19A VERSION COMPLETED (CONTINGENCY TIME NO LONGER NEEDED)
M19BP045 Lulu Fan 16.8
16.8


Harriet SCUBA-2 Observations of Herschel-selected ULIRGs at z>4
M19BP046 Giuliana Cosentino 11.441 11.441


Steve Mapping Magnetic Field in Infrared Dark Clouds
M19BP047 Guang-Xing Li 10



10 Jan Mapping a cometary globule with a conical shape using CO isotopes
M19BP048 Michele Fumagalli 30 30


Harriet A Systematic Search for Dusty Starbursts around z~3-4 Quasars
M19BP049 Li-Hwai Lin 23.77



23.77 Alex Observing CO(2-1) in Red Star-forming Galaxies
M19BP050 Wei Liu 150



150 Jan Isotope ratio 18^O/17^O toward molecular clouds in the Galactic disk
M19BP051 Patrick Koch 6.4
6.4


(N/A) Mapping the B-Field towards a Filamentary Hub-System – 19A VERSION COMPLETED (CONTINGENCY TIME NO LONGER NEEDED)
M19BP053 Jim Geach 7.5 7.5



Alex Measuring the total infrared luminosity of a galaxy driving a fast multi-phase outflow
M19BP054 Jingwen Wu 7.6

7.6

Harriet Searching For Cold, Inter-arm GMCs in M33 with ultra－deep SCUBA2 imaging
M19BP056 Yu Sophia Dai 2

2

Alex Constraining the far-IR properties with JCMT for the extremely rare, infra'red' dusty LBGs
M19BP057 Xunchuan Liu 9


9
Steve Line maps with JCMT towards Shock Carbon Chain Chemistry region L1251-A
M19BP058 Nicolas Peretto 32.85
32.85


Per Are magnetic fields regulating the dynamical evolution of IRDCs?
M19BP059 Yuan Lixia 10.8


10.8
Steve Follow-up observation of the extended filamentary structure S242
M19BP060 David Alexander 10.4
10.4


Alex A joint SCUBA-2/JWST survey of the environment of high-redshift QSOs
M19BP061 Eswaraiah Chakali 9.5
9.5


Harriet Unveiling the magnetic fields in a massive star/cluster forming clump Cepheus A East
M19BP062 Eswaraiah Chakali 3.8
3.8


Harriet Are the magnetic fields guide filamentary flows to feed the massive star forming clump?











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 19A version of the 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
M19BH04A Cowie (SCUBA-2) 96 96


Mark The Growth of Dusty Massive Galaxies and Obscured AGNs
M19BH16A1 Reipurth (HARP) 30 30 Per Destruction Of A Dense Globule (HARP)
M19BH16A2 Reipurth (SCUBA-2) 12 12 Per Destruction Of A Dense Globule (SCUBA-2)











"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








Jan / JGW Jan - - - - j .wouterloot @ eaobservatory.org








Jess / JTD Jessica - - j.dempsey @ eaobservatory.org








Harriet / HALP Harriet - - h.parsons @ eaobservatory.org








Mark / MGR Mark - - - m.rawlings @ eaobservatory.org








Alex / AJT Alex - - - a.tetarenko @ eaobservatory.org








Steve / STM Steve - - - - s.mairs @ eaobservatory.org