The first trial of an Australian-developed technology has detected mysterious objects by sifting through signals from space like sand on a beach. Astronomers and engineers at CSIRO, Australia's ...

It makes sense not just for a superpower to protect its antennas from the elements, and [saveitforparts] is doing the same with a geodesic dome for his radio telescope experiments. But what effect ...

Definition: Radio astronomy is a subfield of astronomy that studies celestial objects at radio frequencies. The initial detection of radio waves from the astronomical object was created in the 1930s ...

Yet space is big, and despite their size, giant radio galaxies can be hard to find. Discovering one is a big deal, especially if it's as colossal – and peculiar – as one recently found by astronomers ...

Based on what scientists thought they knew about fast radio bursts, referred to in astronomy as FRBs, this type of galaxy should not contain the kind of star long thought to produce such bursts.

The legacy of Arecibo's nearly 60 years of astronomy research is strong, even after its loss in a dramatic 2020 collapse. Arecibo Observatory, located in Puerto Rico, was the world's second ...

Even before entering the mystical realms of UHF design, radio frequency (RF) circuits come with a whole range of fun design aspects as well. A case in point can be found in transmission line ...

As you drive down the road leading to Jodrell Bank Observatory, a sign asks visitors to turn off their mobile phones, stating that the Lovell telescope is so powerful it... As has been theorized ...

An upgrade to one of Australia's most capable radio telescopes is allowing astronomers to hunt for fast radio bursts (FRBs) at 10 times their typical efficiency. By sifting through billions of ...

Discover the best telescope deals on the market, whether you're an absolute beginner, a serious skywatcher or somewhere in between. Looking to start a new hobby or deepen your love for stargazing ...

This discovery, published in Nature Astronomy, pushes the boundaries of what we thought possible. Our slow lighthouse also happens to be aligned with Earth in a way that lets us see radio pulses from ...

This discovery, published in Nature Astronomy, pushes the boundaries of what we thought possible. Our slow lighthouse also happens to be aligned with Earth in a way that lets us see radio pulses ...