In Brief
China is searching for a uniquely qualified radio astronomer to run the newly constructed FAST telescope in southern China. Once it is operational, the telescope is expected to generate data about dark matter, dark energy, and unexpected data, too.

Wanted: Expert For FAST

China is offering a salary of about $1.2 million annually to run the biggest radio telescope in the world, located in a remote area of southern China. The telescope, called the Five hundred-meter Aperture Spherical Telescope (FAST), is almost twice the size of the nearest comparable facility in the world: the Arecibo radio telescope in Puerto Rico, which is operated by the U.S.

The South China Morning Post says that China is searching for a foreigner to run FAST because no Chinese astronomer has ever run a facility of of its complexity and size. The position has been advertised since May, but thus far no qualified applicants have applied. This is explained in part by the stringent requirements that accompany the post, which include a minimum of 20 years of experience in the field, a professorship or equally senior role in a world-class university or research institute, and a previous leading role with extensive managerial experience on a large-scale radio telescope project.

Texas A&M University astronomer Nick Suntzeff, who worked on the dark energy discovery and is part of the team overseeing construction in Chile of the optical Giant Magellan Telescope, told Ars Technica that there are around 40 or so astronomers worldwide who meet those qualifications. Radio astronomy is relatively small compared to other astronomy disciplines.

Image Credit: Chinese Academy of Sciences National Astronomical Observatory FAST Engineering

FAST: Huge Potential

Another reason for the difficulty in filling the role may be that American scientists are not entirely convinced of FAST’s potential. Compared to the similar Arecibo radio telescope, FAST has an effective size of 400 meters — one-third larger than Arecibo’s 300 meters. However, Arecibo can also transmit radio waves to identify near-Earth asteroids and other targets, whereas FAST is solely a passive instrument, designed to pick up signals — potentially from alien civilizations.

Still, FAST does have tremendous scientific potential. Once its up and running, it’s likely to yield some interesting data. Since its located at a very quiet radio site, and is the world’s largest filled-aperture telescope, these conditions mean it will offer far more surveying speed and raw sensitivity than Arecibo. It will also cover two or three times more sky than Arecibo does. With this much more enhancement all around, FAST is likely to generate data about known mysteries like dark energy and dark matter, as well as unexpected discoveries.