Fast radio burst traced to 'dead' galaxy. The recent burst, called FRB 20240209A, throws that theory into question. The flare was first detected in February 2024 with a newer radio telescope ...

"Fast radio bursts shine through the fog of the intergalactic medium, and by precisely measuring how the light slows down, we can weigh that fog, even when it's too faint to see." ...

Radio telescopes saw a strange burst of unknown energy in June 2024. Now we know it was from Relay 2, an early ...

Canadian radio telescope takes the search for puzzling fast radio bursts into a new era by Alan Boyle on January 9, 2019 at 5:17 pm January 10, 2019 at 12:39 am Share 158 Tweet Share Reddit Email ...

These fast radio bursts are notoriously tricky to observe since they only last a few milliseconds before disappearing. However, radio telescopes have helped astronomers intercept these cosmic ...

The CHIME telescope in Canada spotted 535 new fast radio bursts during its first year of operation. When you purchase through links on our site, we may earn an affiliate commission. Here’s how ...

Prior to FAST’s mother lode of new events, scientists using other radio telescopes had reported nearly 350 FRBs from this source, which is nestled in a galaxy where lots of young stars are ...

Scientists used the CHIME radio telescope in Canada to detect 535 mysterious fast radio bursts in space over the course of a year. These bursts could be used to map the universe.

Scientists used the CHIME radio telescope in Canada to detect 535 mysterious fast radio bursts in space over the course of a year. These bursts could be used to map the universe.

But now a second phase will add 24 new moveable radio telescopes, each with a diameter of 131 feet (40 meters). Construction officially started on Sept. 25, on the eighth anniversary of FAST's ...

China has begun expanding the Five-hundred-meter Aperture Spherical Telescope (FAST), the world’s largest and most sensitive single-dish radio telescope. The expansion plan involves constructing ...

Given the sensitivity of FAST Osmanov found that the radio telescope could spot self-replicating probes from a Type II civilization at a distance of around 86,000 light-years, about 85 percent of ...