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CARMA will produce millimeter-wave images almost as sharp as Hubble's optical images
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National Science Foundation
: 29 May, 2006 (Company News) |
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The Combined Array for Research in Millimeter-Wave Astronomy, a joint venture of the California Institute of Technology, the University of California at Berkeley, the University of Maryland and the University of Illinois, was created by moving the six 10-meter telescopes at Caltech's Owens Valley Radio Observatory, along with nine 6-meter telescopes at the Berkeley-Illinois-Maryland Association array, to a new location at Cedar Flat in the Inyo Mountains near Bishop, Calif. |
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The Combined Array for Research in Millimeter-Wave Astronomy, a joint venture of the California Institute of Technology, the University of California at Berkeley, the University of Maryland and the University of Illinois, was created by moving the six 10-meter telescopes at Caltech's Owens Valley Radio Observatory, along with nine 6-meter telescopes at the Berkeley-Illinois-Maryland Association array, to a new location at Cedar Flat in the Inyo Mountains near Bishop, Calif.
The National Science Foundation has supported both the earlier arrays since their inception, and will continue to support CARMA operations.
CARMA's new location in the dry desert air of Cedar Flat, whose 7,200-foot elevation is more than twice that of either previous site, will give the combined 15-telescope array unparalleled sensitivity. Indeed, the array will produce millimeter-wave images comparable in resolution to the Hubble Space Telescope's optical images.
'CARMA will do great science in a lot of different areas,' says Richard Barvainis, the NSF program officer in charge of the project. Its targets will include cold molecular gas that fuels star formation and feeds massive black holes; disks of gas and dust that may one day give rise to planets around newly forming stars; interstellar clouds that can form the molecular building blocks of life; and fluctuations in the cosmic microwave background radiation that provide clues to the origin and early evolution of the universe.
Perhaps just as important, adds Barvainis, 'CARMA will serve as the pathfinder for ALMA', the Atacama Large Millimeter Array that is now being built in the Chilean Andes with funding from NSF, Canada, Japan, Europe and Chile. When ALMA is completed in 2012, it will have a resolution ten times better than Hubble's. |
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