The Submillimeter Array SMA News
 
The Submillimeter Array (SMA) is an 8-element radio interferometer located atop Mauna Kea in Hawaii. Operating at frequencies from 180 GHz to 700 GHz, the 6m dishes may be arranged into configurations with baselines as long as 509m, producing a synthesized beam of sub-arcsecond width. Each element can observe with two receivers simultaneously, with 2 GHz bandwidth each. The digital correlator backend allows flexible allocation of thousands of spectral channels to each receiver.

SMA Site Hawaii
The Submillimeter Array is a joint project between the Smithsonian Astrophysical Observatory and the Academia Sinica Institute of Astronomy and Astrophysics and is funded by the Smithsonian Institution and the Academia Sinica.
For the latest Newsletter please see: SMA Newsletter 2011.
 
January 26, 2012 How Do You Spot a Black Hole? Look for Its 'Burp'  
Shep Doeleman is interviewed on the
PBS Newshour
Shep Doeleman (MIT Haystack Observatory) was interviewed about the Event Horizon Telescope Project (which includes the SMA).  
Watch the interview ...
January 20, 2012 Stellar Embryos
Stars form as gravity coalesces the gas and dust in interstellar clouds until the material produces clumps dense enough to become stars. But precisely how this happens, and whether or not the processes are the same for all stars, remains very uncertain.  
Read More...
January 6, 2012 Call for SMA Science Observing Proposals The joint CfA-ASIAA SMA Time Allocation Committee (TAC) solicits proposals for observations for the period 2012 May 16 - 2012 Nov 15. Proposals must be submitted by Thursday, 16 February 2012.  
Details here...
January 03, 2012 Solving the Mystery of Extreme Galaxies  
article published in The Daily Galaxy
"A team of astronomers have used the Submillimeter Array (SMA) to obtain the first unbiased galaxy survey of molecular and atomic lines using a telescope array. They covered a complete, large wavelength interval in the millimeter regime that is accessible through Earth's atmosphere."  
Read More...
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