Radio

It’s generally believed that it took billions of years for galaxies to take on the familiar disk shape, but now astronomers have discovered an ancient disk galaxy, which emerged at least 4.5 billion years earlier than previously thought possible.

There are billions of tiny particles called neutrinos streaming through your body right now. But where did they come from? Researchers have now traced back some ultra-high energy neutrinos to their points of origin – radio flares from raging quasars.

NASA is exploring the potential of building an enormous radio telescope on the far side of the Moon in a huge impact crater. The telescope’s reflector would be comprised of a 1-km diameter wire mesh, pulled into place by wall-climbing robots.

The radio antenna that acts as Earth’s sole transmitter to Voyager 2 will soon undergo important upgrades, so for the next 11 months we won’t be able to send commands to The Little Spacecraft That Could.

The universe appears to be full of fast radio bursts (FRBs) that are difficult to locate and identify. But now astronomers have traced one back to its home galaxy – the closest one yet – which could help unravel the mystery.

Powercast is set to unveil three new products at CES 2020, including a wireless charging grip for Nintendo Switch Joy-Con controllers, which can charge the devices from about 2 feet from a wireless power transmitter.

Fast radio bursts (FRBs) are one of the most intriguing mysteries of modern astronomy. Now a whopping eight new repeating signals have been detected.

In about five billion years’ time, the Sun will grow into a red giant, destroy the Earth and become a white dwarf star. But according to a new study, any aliens out there might still be able to pick up radio waves from Earth's planetary core – for up to a billion years.

Statistically it’s pretty much a given that alien life is out there, whether that’s Martian microbes or intelligent life beaming comms through the cosmos. Now, a new telescope array has joined Breakthrough Listen, scanning for flashes of laser light that alien civilizations might be giving off.

Fast radio bursts (FRBs) are one of the most intriguing mysteries of modern astronomy, so the more of them we can locate, the closer we get to figuring what causes them. Now astronomers have managed to trace an FRB back to its home galaxy, many billions of light-years away.

Scientists have been unable to figure out what fast radio bursts are or where they’re even coming from. Now, a team of astronomers has finally managed to trace one of the signals back to its home galaxy billions of light-years away, meaning we’re closing in on the culprit.

The SLAC National Accelerator Laboratory has developed a compact antenna that can transmit radio signals underwater, and even through solid earth. The new 4-inch (10-cm) antenna exploits the piezoelectric effect to generate Very Low Frequency (VLF) waves that normally require antennae miles long.