Caltech says its Deep Synoptic Array will be larger and 100-times faster than any radio telescope ever constructed.

Scientists traced the signal to a white dwarf that is drawing material from a nearby red dwarf.

Later this year, a prototype telescope is slated to land on the moon. It could usher in a new era of lunar radio astronomy.

Astronomers using the MeerKAT radio telescope in South Africa have discovered the most distant hydroxyl megamaser ever detected, opening a new radio astronomy frontier. A hydroxyl megamaser is a ...

The next-generation Very Large Array (ngVLA) prototype has officially gathered its first light, marking a historic moment in ...

Engineering physics senior Angel Hernandez is spending the summer looking to the stars and learning the fundamentals of radio astronomy. Earlier this summer, Hernandez completed a boot camp on radio ...

Emma Chapman's "The Echoing Universe" is a vivid survey of the hidden parts of the cosmos and those who seek them out.

The wavelengths of radio light are so large that you can't capture a high-resolution image with a single dish. To capture an image as sharp as, say, the Hubble telescope, you'd need a radio dish tens ...

The origin of long-period radio bursts has been shown to be from the clash of magnetic fields as a white dwarf steals matter ...

Researchers using the Low Frequency Array (LOFAR) radio telescope in Europe have discovered the second generation of Starlink satellites emit higher levels of radio waves that could pose a serious ...

For 8 billion years, a burst of radio waves packing more energy than what the sun produces in three decades made its way across the farthest reaches of the cosmos before its light finally reached ...

Data gathered by scientists at a radio observatory in WA's Murchison has resulted in a new "map" detailing the magnetic web ...