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Science News | Research: New Analysis Approach Could Help Boost Sensitivity of Large Telescopes

Get latest articles and stories on Science at LatestLY. Researchers detail an analysis method that could improve telescopes at the Simons Observatory by evaluating their performance before installation. This is the first time the optical performance of a telescope has been confirmed prior to its deployment. Science News | Research: New Analysis Approach Could Help Boost Sensitivity of Large Telescopes.

Chile
Uttar-pradesh
India
Shahi-idgah
University-of-chicago
Optica-publishing-group
University-of-chicago-jeff-mcmahon
Simons-observatory
Grace-chesmore
Applied-optics
Jeff-mcmahon
Simons-observatory-large-aperture-telescope

New analysis approach could help boost sensitivity of large telescopes

New analysis approach could help boost sensitivity of large telescopes
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Chile
Washington
United-states
Katie-harrington
Tommy-alford
K-perez-sarmiento
Patricio-gallardo
Shreya-sutariya
Optical-society
University-of-chicago
Optica-publishing-group
University-of-chicago-jeff-mcmahon

Metamaterial Tiles Boost Sensitivity of Large Telescopes

Date Time Metamaterial Tiles Boost Sensitivity of Large Telescopes Low-cost, mass producible technology poised to help Simons Observatory yield new insights into how the universe began WASHINGTON – A multi-institutional group of researchers has developed new metamaterial tiles that will help improve the sensitivity of telescopes being built at the preeminent Simons Observatory in Chile. The tiles have been incorporated into receivers that will be deployed at the observatory by 2022. The Simons Observatory is the center of an ambitious effort to measure the cosmic microwave background – electromagnetic radiation left over from an early stage of the universe – using some of the world’s largest and most sophisticated ground-based telescopes. These measurements will help improve our understanding of how the universe began, what it is made of and how it evolved into what it is today.

Chile
Washington
United-states
Eric-sucar
Zhilei-xu
Goddard-space-flight-center
Massachusetts-institute-of-technology
Optical-society
University-of-chicago
University-of-pennsylvania
Simons-observatory
Applied-optics

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