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People > Research Specialist/Scientist/Engineer > Curriculum Vita
The first ever image of a black hole shadow in the human history. The image is a supermassive black hole at the center of an elliptical galaxy M87 at the center of the Virgo cluster (EHT Collaboration et al. 2019, ApJL, 875, L1).
The First Black Hole Shadow Image
The first image of the supermassive black hole at the center of our Galaxy, Sgr A*. With this image, we are now very sure that this source is a supermassive black hole (in the Nobel Prize in Physics 2020, this source was still expressed as "a supermassive compact object at the centre of our galaxy").
Astronomers Reveal First Image of the Black Hole at the Heart of Our Galaxy
GLT joined the 2022 Event Horizon Telescope (EHT) 230 GHz and Global Millimeter VLBI Array (GMVA) 86 GHz VLBI observations. Picture taken at the ASIAA Remote Observation Room with video-linked with various GLT members all around the world.
GLT participated for EHT/GMVA observations
Due to the pandemic, we quickly made the remote observation system for the GLT, and successfully joined the Event Horizon Telescope (EHT) 230 GHz and the Global Millimeter VLBI Array (GMVA) 86 GHz VLBI observations for the first time with full remote mode, with help of local engineers at Thule, Greenland.
GLT Team Conducted Remote Observations for EHT/GMVA Observations
The polarized light at the vicinity of the black hole for the first time (EHT Collaboration et al. 2021, ApJL, 910, L12), which carries the magnetic field and plasma information very close to the black hole.
First Polarization Image around the Black Hole Shadow
The Cryostat is fixed on a hydraulic lifting dolly as a "package", and this package is lifted by a cherry picker in order to put on the Rx-cabin platform.
Deploy GLT cryostat into Rx-cabin
This is a photo of the YTLA clock distribution drawer packaged in a standard rack mount 2U height EMI chassis.
Clock Distribution Chassis, YTLA Project
Internal photos of LORTM instrument. Left - top view of optical components including Sumitomo Mach Zehnder modulators (x2), Centellax RF power amplifiers (x2), Amonics erbium doped fiber amplifier, fiber Bragg grating filters, along with other auxiliary items. Right - bottom view consisting of DC power supplies, ADAM monitor & control, TexaXion laser, and Miteq IF power amplifier.
Local Oscillator Reference Test Module, ALMA Project
The main function of this GLT instrument (CAB-A11) is to down-convert the input 4-8GHz IF signal from the receiver to 50MHz and output to vector voltmeter for phase calculation with the reference 50MHz that derive from hydrogen maser. It has to cooperate with another GLT custom instrument: the Signal Test Source Reference Module (CAB-A1). The CAB-A11 also equip two continuum detectors (for LHC, RHC) to detect the input power and feed into the CDC (continuum detector computer) located far away via a VTF board (convert the voltage to the frequency)
GLT custom instrument for Rx phase stability monitor and continuum detection
This custom instrument integrates the ALMA FEMC (FrontEnd Monitor&Control) and various DC switching power supply together to drive the GLT receiver and enable to monitor critical component (SIS mixer, LNA, YIG LO) status through the CANbus interface.
GLT custom instrument for Rx bias and CANbus control
In May 2017, the GLT make the very first-time integration test from receiver to the backend recorder in ASIAA-Hawaii laboratory. Since the instrument rack is not delivered on time, the cable is not routing organized. However, the injection tone signal from RF window is recorded in the backend recorder as expected.
System integration test from receiver to Mark 6 recorder
The GLT frontend hardware was installed in JCMT of EAO for function test with sky signal. An LN2 container has set up in its Rx-cabin for Trx measurement before the real observation.
GLT receiver noise measurement in JCMT
The cryostat chamber mounted on an alumina holding structure (The dewar frame) shown in the center of the picture. Except for few instruments fixed on the dewar frame, most frontend hardware is installed into 36U height rack that locates on dewar left and right side. The vacuum pump sits under the dewar with long bellow pipe connect to the dewar chamber.
GLT Frontend System
Two GLT receivers for VLBI, the 86GHz one is a re-packaged design base on AMiBA project and the 230GHz receiver is a cooperation output with Osaka Prefect University.
Receiver for GLT-VLBI
The 13-element, 1.2 meter-dish Yuan T. Lee AMiBA on the Mauna Loa Observatory, Hawaii.
The 13-element, 1.2 meter-dish Yuan T. Lee AMiBA on the Mauna Loa Observatory, Hawaii.
Cleaned SZE images of clusters observed by seven-element AMiBA. The white circles indicate the half-maximum contour of the primary beam (the field of view; 23'), and the blue patches at the bottom-right corners show the half-maximum regions of the dirty beams (~6').
The first SZE signal with the 7-element AMiBA
The AMiBA receiver with the vacuum chamber removed (Chen et al., 2009, ApJ, 694, 1664).
The AMiBA receiver with the vacuum chamber removed
The evolution of the SMA receiver configuration: the low-noise amplifier (LNA) upgrade. In 2007, the LNA bandwidth remained in 4-6GHz for first generation receiver. By 2011, the amplifier was upgraded to TTI-CLNA-4080 with 4-8GHz bandwidth, manufacture by a Spanish company. Now, we are using the new amplifier, CITCRYO1-12A, made by California Institute of Technology. This new upgrade increases the receiver bandwidth to 4-12GHz.
The SMA Receivers Upgrade
Wide IF Band Receiver
300GHz receiver with wide IF range
One of the two SMA wideband 300GHz receiver inserts from ASIAA. This is a new generation receiver with wider IF operation frequency from 4GHz to 12GHz. This receiver has shown fairly flat noise temperature performance between 4 to 12GHz, and the lowest noise contribution of this receiver has approached to 3 times quantum noise. (3hv/k)
New Generation SMA 300GHz Receiver
Han, Johnson
Associate Research Engineer
Download PDF version of CV
photo of Han, Johnson
Office: ASMAB 1015
TEL: +886-2-2366-5344
FAX: +886-2-2367-7849
Email: cchan_replace2@_asiaa.sinica.edu.tw

Education and Positions

  • Associate Research Engineer, ASIAA (2015~present)
  • Assistant Research Engineer, ASIAA (2008~2014)
  • Junior Microwave Engineer, ASIAA (2002~2008)
  • M.S., Biomedical, Chung Yuan Christian University (1999~2001)
  • B.S., Biomedical, Chung Yuan Christian University (1996~1999)

Research Interests

My research interests are mainly in radio telescope receiver design and the system integration test. I joined IAA for AMiBA (Array for Microwave Background Anisotropy) project and in charge the receiver test in the laboratory and in the antenna site. In 2006, I engage to use the MMIC (Monolithic Microwave Integrated Circuit) technology for AMiBA LO module miniaturization to improve the system stability. Since 2011, I participate in the SMA (Sub-Millimeter Array) project and cooperated with SAO colleagues to develop ultra-wide IF bandwidth (2-18GHz) receiver in the microwave and sub-millimeter band (176 ~ 420GHz). I also participate in the GLT (Greenland telescope) project and develop the receiver frontend system for on-site measurement in Thule US Air Base, Greenland since 2013.

Journal Papers affiliated with ASIAA

  1. Event Horizon Telescope Collaboration; Akiyama K; Alberdi A; Alef W; Algaba JC; Anantua R; Asada K; Azulay R; Bach U; Baczko A-K; Ball D; Baloković M; Bandyopadhyay B; Barrett J; Bauböck M; Benson BA; Bintley D; Blackburn L; Blundell R; Bouman KL; Bower GC; Boyce H; Bremer M; Brissenden R; Britzen S; Broderick AE; Broguiere D; Bronzwaer T; Bustamante S; Carlstrom JE; Chael A; Chan C-K; Chang DO; Chatterjee K; Chatterjee S; Chen M-T; Chen Y; Cheng X; Cho I; Christian P; Conroy NS; Conway JE; Crawford TM; Crew GB; Cruz-Osorio A; Cui Y; Dahale R; Davelaar J; De Laurentis M; Deane R; Dempsey J; Desvignes G; Dexter J; Dhruv V; Dihingia IK; Doeleman SS; Dzib SA; Eatough RP; Emami R; Falcke H; Farah J; Fish VL; Fomalont E; Ford HA; Foschi M; Fraga-Encinas R; Freeman WT; Friberg P; Fromm CM; Fuentes A; Galison P; Gammie CF; García R; Gentaz O; Georgiev B; Goddi C; Gold R; Gómez-Ruiz AI; Gómez JL; Gu M; Gurwell M; Hada K; Haggard D; Hesper R; Heumann D; Ho LC; Ho P; Honma M; Huang C-WL; Huang L; Hughes DH; Ikeda S; Violette Impellizzeri CM; Inoue M; Issaoun S; James DJ; Jannuzi BT; Janssen M; Jeter B; Jiang W; Jiménez-Rosales A; Johnson MD; Jorstad S; Jones AC; Joshi AV; Jung T; Karuppusamy R; Kawashima T; Keating GK; Kettenis M; Kim D-J; Kim J-Y; Kim J; Kim J; Kino M; Koay JY; Kocherlakota P; Kofuji Y; Koch PM; Koyama S; Kramer C; Kramer JA; Kramer M; Krichbaum TP; Kuo C-Y; La Bella N; Lee S-S; Levis A; Li Z; Lico R; Lindahl G; Lindqvist M; Lisakov M; Liu J; Liu K; Liuzzo E; Lo W-P; Lobanov AP; Loinard L; Lonsdale CJ; Lowitz AE; Lu R-S; Macdonald NR; Mao J; Marchili N; Markoff S; Marrone DP; Marscher AP; Martí-Vidal I; Matsushita S; Matthews LD; Medeiros L; Menten KM; Mizuno I; Mizuno Y; Montgomery J; Moran JM; Moriyama K; Moscibrodzka M; Mulaudzi W; Müller C; Müller H; Mus A; Musoke G; Myserlis I; Nagai H; Nagar NM; Nakamura M; Narayanan G; Natarajan I; Nathanail A; Fuentes SN; Neilsen J; Ni C; Nowak MA; Oh J; Okino H; Olivares H; Oyama T; özel F; Palumbo DCM; Paraschos GF; Park J; Parsons H; Patel N; Pen U-L; Pesce DW; Piétu V; Popstefanija A; Porth O; Prather B; Psaltis D; Pu H-Y; Ramakrishnan V; Rao R; Rawlings MG; Raymond AW; Rezzolla L; Ricarte A; Ripperda B; Roelofs F; Romero-Cañizales C; Ros E; Roshanineshat A; Rottmann H; Roy AL; Ruiz I; Ruszczyk C; Rygl KLJ; Sánchez S; Sánchez-Argüelles D; Sánchez-Portal M; Sasada M; Satapathy K; Savolainen T; Schloerb FP; Schonfeld J; Schuster K-F; Shao L; Shen Z; Small D; Sohn BW; Soohoo J; Salas LDS; Souccar K; Stanway JS; Sun H; Tazaki F; Tetarenko AJ; Tiede P; Tilanus RPJ; Titus M; Toma K; Torne P; Toscano T; Traianou E; Trent T; Trippe S; Turk M; Van Bemmel I; Van Langevelde HJ; Van Rossum DR; Vos J; Wagner J; Ward-Thompson D; Wardle J; Washington JE; Weintroub J; Wharton R; Wielgus M; Wiik K; Witzel G; Wondrak MF; Wong GN; Wu Q; Yadlapalli N; Yamaguchi P; Yfantis A; Yoon D; Young A; Younsi Z; Yu W; Yuan F; Yuan Y-F; Anton Zensus J; Zhang S; Zhao G-Y; Zhao S-S; Allardi A; Chang S-H; Chang C-C; Chang S-C; Chen C-C; Chilson R; Faber A; Gale DM; Han C-C; Han K-C; Hasegawa Y; Hernández-Rebollar JL; Huang Y-D; Jiang H; Jinchi H; Kimura K; Kubo D; Li C-T; Lin LCC; Liu C-T; Liu K-Y; Lu L-M; Martin-Cocher P; Meyer-Zhao Z; Montaña A; Moraghan A; Moreno-Nolasco ME; Nishioka H; Norton TJ; Nystrom G; Ogawa H; Oshiro P; Pradel N; Principe G; Raffin P; Rodríguez-Montoya I; Shaw P; Snow W; Sridharan TK; Srinivasan R; Wei T-S; Yu C-Y, "The persistent shadow of the supermassive black hole of M 87. I. Observations, calibration, imaging, and analysis" , A&A: 681, A79, Jan, 2024 [SCI] ( ADS | Fulltext )
  2. Chen M-T; Asada K; Matsushita S; Raffin P; Inoue M; Ho PTP; Han C-C; Kubo D; Norton T; Patel NA; Nystrom G; Huang C-WL; Martin-Cocher P; Koay JY; Romero-Cañizales C; Liu C-T; Huang T; Liu K-Y; Wei T; Chang S-H; Chilson R; Oshiro P; Jiang H; Li C-T; Bower G; Shaw P; Nishioka H; Koch PM; Chen C-C; Srinivasan R; Rao R; Snow W; Jinchi H; Han K-C; Chang S-C; Lu L-M; Ogawa H; Kimura K; Hasegawa Y; Pu H-Y; Koyama S; Nakamura M; Bintley D; Walther C; Friberg P; Dempsey J; Sriharan TK; Srikanth S; Doeleman SS; Brissenden R; Algaba Marcos J-C; Jeter B; Kuo C-Y; Park J, "The Greenland Telescope-Construction, Commissioning, and Operations in Pituffik" , PASP: 135 (1051), id.095001 (25 pp), Sep, 2023 [SCI] ( ADS | Fulltext )
  3. Lu R-S; Asada K; Krichbaum TP; Park J; Tazaki F; Pu H-Y; Nakamura M; Lobanov A; Hada K; Akiyama K; Kim J-Y; Marti-Vidal I; Gómez JL; Kawashima T; Yuan F; Ros E; Alef W; Britzen S; Bremer M; Broderick AE; Doi A; Giovannini G; Giroletti M; Ho PTP; Honma M; Hughes DH; Inoue M; Jiang W; Kino M; Koyama S; Lindqvist M; Liu J; Marscher AP; Matsushita S; Nagai H; Rottmann H; Savolainen T; Schuster K-F; Shen Z-Q; De Vicente P; Walker RC; Yang H; Zensus JA; Algaba JC; Allardi A; Bach U; Berthold R; Bintley D; Byun D-Y; Casadio C; Chang S-H; Chang C-C; Chang S-C; Chen C-C; Chen M-T; Chilson R; Chuter TC; Conway J; Crew GB; Dempsey JT; Dornbusch S; Faber A; Friberg P; García JG; Garrido MG; Han C-C; Han K-C; Hasegawa Y; Herrero-Illana R; Huang Y-D; Huang C-WL; Impellizzeri V; Jiang H; Jinchi H; Jung T; Kallunki J; Kirves P; Kimura K; Koay JY; Koch PM; Kramer C; Kraus A; Kubo D; Kuo C-Y; Li C-T; Lin LC-C; Liu C-T; Liu K-Y; Lo W-P; Lu L-M; Macdonald N; Martin-Cocher P; Messias H; Meyer-Zhao Z; Minter A; Nair DG; Nishioka H; Norton TJ; Nystrom G; Ogawa H; Oshiro P; Patel NA; Pen U-L; Pidopryhora Y; Pradel N; Raffin PA; Rao R; Ruiz I; Sanchez S; Shaw P; Snow W; Sridharan TK; Srinivasan R; Tercero B; Torne P; Traianou E; Wagner J; Walther C; Wei T-S; Yang J; Yu C-Y, "A ring-like accretion structure in M87 connecting its black hole and jet" , Nature: 616(7958), 686-690, April, 2023 [SCI] ( ADS | Fulltext )
  4. EHT Collaboration; Akiyama K; Alberdi A; Alef W; Algaba JC; Anantua R; Asada K; Azulay R; Bach U; Baczko A-K; Ball D; Baloković M; Barrett J; Bauböck M; Benson BA; Bintley D; Blackburn L; Blundell R; Bouman KL; Bower GC; Boyce H; Bremer M; Brinkerink CD; Brissenden R; Britzen S; Broderick AE; Broguiere D; Bronzwaer T; Bustamante S; Byun D-Y; Carlstrom JE; Ceccobello C; Chael A; Chan C-K; Chatterjee K; Chatterjee S; Chen M-T; Chen Y; Cheng X; Cho I; Christian P; Conroy NS; Conway JE; Cordes JM; Crawford TM; Crew GB; Cruz-Osorio A; Cui Y; Davelaar J; Laurentis MD; Deane R; Dempsey J; Desvignes G; Dexter J; Dhruv V; Doeleman SS; Dougal S; Dzib SA; Eatough RP; Emami R; Falcke H; Farah J; Fish VL; Fomalont E; Ford HA; Fraga-Encinas R; Freeman WT; Friberg P; Fromm CM; Fuentes A; Galison P; Gammie CF; García R; Gentaz O; Georgiev B; Goddi C; Gold R; Gómez-Ruiz AI; Gómez JL; Gu M; Gurwell M; Hada K; Haggard D; Haworth K; Hecht MH; Hesper R; Heumann D; Ho LC; Ho P; Honma M; Huang C-WL; Huang L; Hughes DH; Ikeda S; Impellizzeri CMV; Inoue M; Issaoun S; James DJ; Jannuzi BT; Janssen M; Jeter B; Jiang W; Jiménez-Rosales A; Johnson MD; Jorstad S; Joshi AV; Jung T; Karami M; Karuppusamy R; Kawashima T; Keating GK; Kettenis M; Kim D-J; Kim J-Y; Kim J; Kim J; Kino M; Koay JY; Kocherlakota P; Kofuji Y; Koch PM; Koyama S; Kramer C; Kramer M; Krichbaum TP; Kuo C-Y; Bella NL; Lauer TR; Lee D; Lee S-S; Leung PK; Levis A; Li Z; Lico R; Lindahl G; Lindqvist M; Lisakov M; Liu J; Liu K; Liuzzo E; Lo W-P; Lobanov AP; Loinard L; Lonsdale CJ; Lu R-S; Mao J; Marchili N; Markoff S; Marrone DP; Marscher AP; Martí-Vidal I; Matsushita S; Matthews LD; Medeiros L; Menten KM; Michalik D; Mizuno I; Mizuno Y; Moran JM; Moriyama K; Moscibrodzka M; Müller C; Mus A; Musoke G; Myserlis I; Nadolski A; Nagai H; Nagar NM; Nakamura M; Narayan R; Narayanan G; Natarajan I; Nathanail A; Fuentes SN; Neilsen J; Neri R; Ni C; Noutsos A; Nowak MA; Oh J; Okino H; Olivares H; Ortiz-León GN; Oyama T; özel F; Palumbo DCM; Paraschos GF; Park J; Parsons H; Patel N; Pen U-L; Pesce DW; Piétu V; Plambeck R; Popstefanija A; Porth O; Pötzl FM; Prather B; Preciado-López JA; Psaltis D; Pu H-Y; Ramakrishnan V; Rao R; Rawlings MG; Raymond AW; Rezzolla L; Ricarte A; Ripperda B; Roelofs F; Rogers A; Ros E; Romero-Cañizales C; Roshanineshat A; Rottmann H; Roy AL; Ruiz I; Ruszczyk C; Rygl KLJ; Sánchez S; Sánchez-Argüelles D; Sánchez-Portal M; Sasada M; Satapathy K; Savolainen T; Schloerb FP; Schonfeld J; Schuster K-F; Shao L; Shen Z; Small D; Sohn BW; Soohoo J; Souccar K; Sun H; Tazaki F; Tetarenko AJ; Tiede P; Tilanus RPJ; Titus M; Torne P; Traianou E; Trent T; Trippe S; Turk M; Van Bemmel I; Van Langevelde HJ; Van Rossum DR; Vos J; Wagner J; Ward-Thompson D; Wardle J; Weintroub J; Wex N; Wharton R; Wielgus M; Wiik K; Witzel G; Wondrak MF; Wong GN; Wu Q; Yamaguchi P; Yoon D; Young A; Young K; Younsi Z; Yuan F; Yuan Y-F; Zensus JA; Zhang S; Zhao G-Y; Zhao S-S; Agurto C; Allardi A; Amestica R; Araneda JP; Arriagada O; Berghuis JL; Bertarini A; Berthold R; Blanchard J; Brown K; Cárdenas M; Cantzler M; Caro P; Castillo-Domínguez E; Chan TL; Chang C-C; Chang DO; Chang S-H; Chang S-C; Chen C-C; Chilson R; Chuter TC; Ciechanowicz M; Colin-Beltran E; Coulson IM; Crowley J; Degenaar N; Dornbusch S; Durán CA; Everett WB; Faber A; Forster K; Fuchs MM; Gale DM; Geertsema G; González E; Graham D; Gueth F; Halverson NW; Han C-C; Han K-C; Hasegawa Y; Hernández-Rebollar JL; Herrera C; Herrero-Illana R; Heyminck S; Hirota A; Hoge J; Hostler Schimpf SR; Howie RE; Huang Y-D; Jiang H; Jinchi H; John D; Kimura K; Klein T; Kubo D; Kuroda J; Kwon C; Lacasse R; Laing R; Leitch EM; Li C-T; Liu C-T; Liu K-Y; Lin LCC; Lu L-M; Mac-Auliffe F; Martin-Cocher P; Matulonis C; Maute JK; Messias H; Meyer-Zhao Z; Montaña A; Montenegro-Montes F; Montgomerie W; Moreno Nolasco ME; Muders D; Nishioka H; Norton TJ; Nystrom G; Ogawa H; Olivares R; Oshiro P; Pérez-Beaupuits JP; Parra R; Phillips NM; Poirier M; Pradel N; Qiu R; Raffin PA; Rahlin AS; Ramírez J; Ressler S; Reynolds M; Rodríguez-Montoya I; Saez-Madain AF; Santana J; Shaw P; Shirkey LE; Silva KM; Snow W; Sousa D; Sridharan TK; Stahm W; Stark AA; Test J; Torstensson K; Venegas P; Walther C; Wei T-S; White C; Wieching G; Wijnands R; Wouterloot JGA; Yu C-Y; Yu W; Zeballos M, "First Sagittarius A* Event Horizon Telescope Results. I. The Shadow of the Supermassive Black Hole in the Center of the Milky Way" , ApJL: 930(2), id.L12 (21pp), May, 2022 [SCI] ( ADS | Fulltext )
  5. EHT Collaboration; Akiyama K; Alberdi A; Alef W; Algaba JC; Anantua R; Asada K; Azulay R; Bach U; Baczko A-K; Ball D; Baloković M; Barrett J; Bauböck M; Benson BA; Bintley D; Blackburn L; Blundell R; Bouman KL; Bower GC; Boyce H; Bremer M; Brinkerink CD; Brissenden R; Britzen S; Broderick AE; Broguiere D; Bronzwaer T; Bustamante S; Byun D-Y; Carlstrom JE; Ceccobello C; Chael A; Chan C-K; Chatterjee K; Chatterjee S; Chen M-T; Chen Y; Cheng X; Cho I; Christian P; Conroy NS; Conway JE; Cordes JM; Crawford TM; Crew GB; Cruz-Osorio A; Cui Y; Davelaar J; De Laurentis M; Deane R; Dempsey J; Desvignes G; Dexter J; Dhruv V; Doeleman SS; Dougal S; Dzib SA; Eatough RP; Emami R; Falcke H; Farah J; Fish VL; Fomalont E; Ford HA; Fraga-Encinas R; Freeman WT; Friberg P; Fromm CM; Fuentes A; Galison P; Gammie CF; García R; Gentaz O; Georgiev B; Goddi C; Gold R; Gómez-Ruiz AI; Gómez JL; Gu M; Gurwell M; Hada K; Haggard D; Haworth K; Hecht MH; Hesper R; Heumann D; Ho LC; Ho P; Honma M; Huang C-WL; Huang L; Hughes DH; Ikeda S; Impellizzeri CMV; Inoue M; Issaoun S; James DJ; Jannuzi BT; Janssen M; Jeter B; Jiang W; Jiménez-Rosales A; Johnson MD; Jorstad S; Joshi AV; Jung T; Karami M; Karuppusamy R; Kawashima T; Keating GK; Kettenis M; Kim D-J; Kim J-Y; Kim J; Kim J; Kino M; Koay JY; Kocherlakota P; Kofuji Y; Koch PM; Koyama S; Kramer C; Kramer M; Krichbaum TP; Kuo C-Y; Bella NL; Lauer TR; Lee D; Lee S-S; Leung PK; Levis A; Li Z; Lico R; Lindahl G; Lindqvist M; Lisakov M; Liu J; Liu K; Liuzzo E; Lo W-P; Lobanov AP; Loinard L; Lonsdale CJ; Lu R-S; Mao J; Marchili N; Markoff S; Marrone DP; Marscher AP; Martí-Vidal I; Matsushita S; Matthews LD; Medeiros L; Menten KM; Michalik D; Mizuno I; Mizuno Y; Moran JM; Moriyama K; Moscibrodzka M; Müller C; Mus A; Musoke G; Myserlis I; Nadolski A; Nagai H; Nagar NM; Nakamura M; Narayan R; Narayanan G; Natarajan I; Nathanail A; Fuentes SN; Neilsen J; Neri R; Ni C; Noutsos A; Nowak MA; Oh J; Okino H; Olivares H; Ortiz-León GN; Oyama T; özel F; Palumbo DCM; Paraschos GF; Park J; Parsons H; Patel N; Pen U-L; Pesce DW; Piétu V; Plambeck R; Popstefanija A; Porth O; Pötzl FM; Prather B; Preciado-López JA; Psaltis D; Pu H-Y; Ramakrishnan V; Rao R; Rawlings MG; Raymond AW; Rezzolla L; Ricarte A; Ripperda B; Roelofs F; Rogers A; Ros E; Romero-Cañizales C; Roshanineshat A; Rottmann H; Roy AL; Ruiz I; Ruszczyk C; Rygl KLJ; Sánchez S; Sánchez-Argüelles D; Sánchez-Portal M; Sasada M; Satapathy K; Savolainen T; Schloerb FP; Schonfeld J; Schuster K-F; Shao L; Shen Z; Small D; Sohn BW; Soohoo J; Souccar K; Sun H; Tazaki F; Tetarenko AJ; Tiede P; Tilanus RPJ; Titus M; Torne P; Traianou E; Trent T; Trippe S; Turk M; Van Bemmel I; Van Langevelde HJ; Van Rossum DR; Vos J; Wagner J; Ward-Thompson D; Wardle J; Weintroub J; Wex N; Wharton R; Wielgus M; Wiik K; Witzel G; Wondrak MF; Wong GN; Wu Q; Yamaguchi P; Yoon D; Young A; Young K; Younsi Z; Yuan F; Yuan Y-F; Zensus JA; Zhang S; Zhao G-Y; Zhao S-S; Agurto C; Araneda JP; Arriagada O; Bertarini A; Berthold R; Blanchard J; Brown K; Cárdenas M; Cantzler M; Caro P; Chuter TC; Ciechanowicz M; Coulson IM; Crowley J; Degenaar N; Dornbusch S; Durán CA; Forster K; Geertsema G; González E; Graham D; Gueth F; Han C-C; Herrera C; Herrero-Illana R; Heyminck S; Hoge J; Huang Y-D; Jiang H; John D; Klein T; Kubo D; Kuroda J; Kwon C; Laing R; Liu C-T; Liu K-Y; Mac-Auliffe F; Martin-Cocher P; Matulonis C; Messias H; Meyer-Zhao Z; Montenegro-Montes F; Montgomerie W; Muders D; Nishioka H; Norton TJ; Olivares R; Pérez-Beaupuits JP; Parra R; Poirier M; Pradel N; Raffin PA; Ramírez J; Reynolds M; Saez-Madain AF; Santana J; Silva KM; Sousa D; Stahm W; Torstensson K; Venegas P; Walther C; Wieching G; Wijnands R; Wouterloot JGA, "First Sagittarius A* Event Horizon Telescope Results. II. EHT and Multiwavelength Observations, Data Processing, and Calibration" , ApJL: 930(2), id.L13 (31pp), May, 2022 [SCI] ( ADS | Fulltext )
  6. Mizuno I; Han C-C, "JCMT opens new eyes on the Universe" , Nature Astronomy: 5, 331–332, Mar, 2021 [SCI] ( ADS | Fulltext )
  7. Kim J-Y; Krichbaum TP; Broderick AE; ...; Asada K; ...; Bower GC; ...; Chen MT; ...; Ho P; ...; Huang C-WL; ...; Inoue M; ...; Koay JY; Koch PM; Koyama S; ...; Kuo CY; ...; Lo WP; ...; Matsushita S; ...; Nakamura M; ...; Rao R; ...; Algaba J-C; ...; Chang C-C; Chang S-H; ...; Chen C-C; Chilson R; ...; Han C-C; ...; Huang Y-D; ...; Jiang H; ...; Kubo D; ...; Li C-T; Lin LC-C; ...; Liu K-Y; ...; Martin-Cocher PL; ...; Meyer-Zhao Z; ...; Nishioka H; ...; Nystrom G; ...; Oshiro P; ...; Pradel N; ...; Raffin PA; ...; Shaw P; ...; Snow W; ...; Srinivasan R; ...; Wei T-S; ...; Yu C-Y; et al., "Event Horizon Telescope Imaging of the Archetypal Blazar 3C 279 at an Extreme 20 Microarcsecond Resolution" , A&A: 640, id.A69 (21pp.), Aug, 2020 [SCI] ( ADS | Fulltext )
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  28. Wu J-HP; Chiueh T-H; Huang C-W; Liao Y-W; Wang F-C; Altimirano P; Chang C-H; Chang S-H; Chang S-W; Chen M-T; Chereau G; Han C-C; Ho PTP; Huang Y-D; Hwang Y-J; Jiang H; Koch P; Kubo D; Li C-T; Lin K-Y; Liu G-C; Martin-Cocher P; Molnar S; Nishioka H; Raffin P; Umetsu K; et al., "AMiBA: First-Year Results for Sunyaev-Zel'dovich Effect" , MPLA: 23(17-20), 1675-1686, June, 2008 [SCI] ( ADS | Fulltext )
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