This federally-funded organization builds, maintains and operates radio telescopes that any astronomer—regardless of their institutional affiliation or citizenship—can apply to use.

NASA scientists are aiming high with their latest idea. They want to build a huge radio telescope in a lunar crater. The plan may sound like science fiction, but early work has already begun.

URUMQI -- China is building a giant radio telescope in Northwest China's Xinjiang Uygur autonomous region. The main tower of the telescope was capped on Sunday, ushering in the official start of ...

China has completed its first overseas new-generation radio telescope in northern ... described the Chiang Mai telescope as “a role model of scientific cooperation between China and Thailand”.

Something to look forward to: The proposed Lunar Crater Radio Telescope would not replace the full spectrum of research conducted by Earth-based radio observatories, but it does represents a vital ...

The team discovered ASKAP J1832-0911 by using the ASKAP radio telescope on Wajarri Country in Australia, owned and operated by Australia's national science agency, CSIRO. They correlated the radio ...

"It will eventually reach a point where it is not worthwhile to operate a [radio] telescope anymore." Radio astronomy allows us to see a host of hidden cosmic structures and phenomena that we can ...

Scientists have discovered a perfectly spherical object named Teleios in the Milky Way, emitting only radio signals. This mysterious structure, found using Australia’s ASKAP telescope ...

a more complete understanding of the impact satellite transmissions have on radio telescopes is needed to ensure future access to "dark" and "quiet skies." The study was led by Mike Peel ...

The particles release radio waves, and so are detectable using radio telescopes. Scientists have found several such bones in the galaxy, but one of the most striking is called G359.13142-0.20005 ...

That's because the fact that X-rays are so much more energetic than radio waves are means whatever the object behind ASKAP J1832- 0911 is, it must be able to produce both types of radiation.