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News

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TMT Adaptive Secondary Mirror Passes Conceptual Design
October 18th, 2018 Engineering & Technology

Pasadena, CA - Sept. 25, 2018 – The TMT Project Office recently held a conceptual design review to evaluate the design study for the TMT’s Adaptive Secondary Mirror (AM2) system.

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The TMT Primary Mirror System Successfully Passes Final Design Review
September 10th, 2018 Engineering & Technology

PASADENA (July 26-27, 2018)– The Thirty Meter Telescope Optics Group recently achieved a critical milestone by passing its Primary Mirror Optics System (M1S) final design review. The review board, comprised of international reviewers and observers from various institutions including ESO, ITCC, JPL, JWST/Ball Aerospace, KECK, NAOJ, NIAOT, and the TMTPO*, met at TMT headquarters in Pasadena.

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Thirty Meter Telescope’s Cryogenic Cooling System Passes Conceptual Design Review
August 29th, 2018 Engineering & Technology

PASADENA July 11, 2018 – The conceptual design of TMT’s Cryogenic Cooling System (CRYO) has passed its conceptual design review. Engineers from the Technical Institute of Physics and Chemistry (TIPC) of the Chinese Academy of Sciences (CAS) joined TIO engineers at the project office to present the system that will be used to maintain parts of TMT’s first-light science instruments at cryogenic temperatures of 77 K.

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Thirty Meter Telescope - MICHI Workshop on thermal-IR Astronomy in China
August 3rd, 2018 TMT Partner News

On July 16, 2018, a workshop about TMT's Mid-Infrared Camera, High-disperser, and Integral field spectrograph (MICHI) was held at the National Astronomical Observatories, CAS (NAOC), Beijing.

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Thirty Meter Telescope’s Refrigeration Cooling System Passes Conceptual Design Review
March 19th, 2018 Engineering & Technology

Pasadena, March 16, 2018 - The conceptual design and scope of TMT’s Refrigerant Cooling System (REFR), which was executed and developed by a close Chinese-North American collaboration, successfully passed a recent conceptual design review. This system will be used to provide cooling to electronics enclosures mounted on the telescope structure. The system also maintains several TMT instrument enclosures at subzero temperatures to reduce thermal...

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Mirror Blank from Japan Successfully Shipped to Bengaluru, India
January 9th, 2018 Engineering & Technology

The shipment of TMT’s first meniscus-shaped primary mirror segment to the Indian Institute of Astrophysics (IIA) in Bengaluru (Bangalore) has just been completed.

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Thirty Meter Telescope Narrow Field InfraRed Adaptive Optics System Real-Time Controller Proceeds to Fabrication Phase
January 8th, 2018 Engineering & Technology

The Real-Time Controller of TMT’s Narrow Field InfraRed Adaptive Optics System (NFIRAOS) successfully passed its final design review and is ready to proceed to the fabrication phase, which is expected to last approximately four years.

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TMT’s first-light instrument enters final design phase
November 13th, 2017 Science & Astronomy

Following a successful second IRIS Preliminary Design Phase Review (PDR-2) at the TMT Project Office in Pasadena, IRIS is proceeding into its Final Design phase. The focus of the second review, held in September, involved an assessment of the IRIS software (including its data reduction system) and electrical design (including its detectors) as well as programmatic aspects spanning project cost and overall schedule.

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TMT to work with Coherent Inc. to polish primary mirror
November 7th, 2017 Engineering & Technology

Marking a major production milestone, TMT has entered into a contract with Coherent Inc., one of the world’s leading providers of lasers and laser-based technology for scientific, commercial and industrial customers, to polish its U.S. manufactured primary mirrors (M1) segments.

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TMT holds a partnership meeting with China to discuss first light instrument
October 26th, 2017 TMT Partner News

Representatives from the Thirty Meter Telescope’s (TMT’s) Wide-Field Optical Spectrograph (WFOS) team and TMT’s China partners gathered on October 16 in Beijing, China to discuss potential collaboration during the next stage of the conceptual design of WFOS.