The National Radio Astronomy Observatory is 'confident' it can work out radio frequency issues with SpaceX and other providers, but next-gen cellular satellites will likely pose a bigger obstacle.

A recent study utilizing the Five-hundred-meter Aperture Spherical radio Telescope (FAST) has confirmed the "radio-quiet" ...

The iconic telescope has been in a precarious state since August, when an auxiliary cable supporting the equipment platform broke and fell through the radio dish, leaving a 100-foot-long gash in ...

The telescope uses radio waves and quadcopter drones to help fine-tune and adjust telescope beams — how telescopes see into the sky. The telescope was installed on the roof of Wright Lab in March 2021 ...

These dishes use a technology called a phased array feed which allows the telescope to view different parts of the sky simultaneously. Each dish contains one of these phased array feeds, which ...

The telescope also happens to be sensitive to fast radio bursts, and since it began observing the sky in 2018, CHIME has detected hundreds of FRBs emanating from different parts of the sky.

Starlink steers beams away from telescopes. Starlink said in August that it worked with the NRAO "to enable Starlink satellites to avoid transmissions into the line-of-sight of radio telescopes ...

ROLSES will also observe various types of radio bursts generated in the interplanetary medium by high-energy electrons accelerated by solar eruptions. “We have an opportunity to observe radio ...

Astronomers detected a persistent radio signal from a far-off galaxy that appears to flash with surprising regularity. Named FRB 20191221A, this fast radio burst, or FRB, is currently the longest ...

What exactly is the Giant Metrewave Radio Telescope- understanding the basics . ... Just like a cosmic lighthouse, a pulsar emits radio beams flashing by the Earth on a regular basis.

Mysterious radio wave pulses from deep in space have been hitting Earth for decades, but the scientists who recently discovered them have no concrete explanation for the origin of the signals.

The telescope also happens to be sensitive to fast radio bursts, and since it began observing the sky in 2018, CHIME has detected hundreds of FRBs emanating from different parts of the sky.