Science & Tech

Progress made in construction of Fred Young Submillimeter Telescope


Progress made in construction of Fred Young Submillimeter Telescope
A gap 22 meters in diameter close to the summit of Cerro Chajnantor in Chile’s Atacama Desert, at an elevation of 18,400 toes stands prepared for the cement basis on which the Fred Young Submillimeter Telescope will in the future relaxation. Credit: Cornell University

An huge gap 22 meters in diameter has been dug close to the summit of Cerro Chajnantor in Chile’s Atacama Desert, at an elevation of 18,400 toes. The gap stands prepared for the cement basis on which the Fred Young Submillimeter Telescope (FYST, pronounced “feest”) will in the future relaxation. The basis, which was designed in Chile, started development within the fall of 2021 and is scheduled to be put in on the summit from May to June.

The complete telescope is being constructed and pre-assembled in Germany, and shall be disassembled into 10–12 giant items and transported to Chile for reassembly. The highway that may carry the huge components of the telescope to the summit has now been laid, and set up of the greater than 9 kilometers of energy and optical fiber cables is already underway.

“We’re very excited by how effectively the development is continuing,” stated Terry Herter, venture director and professor of astronomy within the College of Arts and Sciences. “Despite COVID-19, labor shortages and supply chain challenges, we’re anticipating first light in 2024.”

The FYST contains a novel optical design with excessive precision mirrors 6-meters (practically 20-ft) in diameter. It will ship a high-throughput, wide-field of view that may have the ability to map the sky quickly and effectively at submillimeter to millimeter wavelengths. Project scientists are trying ahead to gathering information that may give them perception into the universe’s earliest days, when the primary stars have been born after the Big Bang—what researchers name “cosmic dawn.” It will even play a job within the seek for gravitational waves and darkish matter.


Fabrication of highly effective telescope begins


Provided by
Cornell University


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Progress made in development of Fred Young Submillimeter Telescope (2022, May 9)
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