"Our results don't solve the mystery of the Wow! Signal, but they give us the clearest picture yet of what it was and where ...

"Considering the direction and frequency of our most common signals gives insights into where we should be looking to improve ...

In simulations, the new LS codes reliably measured distances that are between 12 and 2,375 times farther than the distances existing measuring codes can measure. As a result, the codes could enable ...

That is why recent research led by Northwestern University in the United States has captured the attention of the ...

Astronomers are actively investigating unexplained cosmic signals, including the famous 'WOW' signal from 1977, which still ...

The powerful signal, FRB 20250316A, was first spotted in March by the Canadian Hydrogen Intensity Mapping Experiment, or CHIME, a radio telescope in British Columbia. The burst lasted less than ...

Voyager 1 has been traveling through interstellar space for 48 years, but the recent signals it sent back have excited astronomers.

Scientists detect the strongest gravitational wave ever, supporting Einstein’s relativity and Hawking’s black hole area law with record-breaking clarity.

The mysterious “Wow!” signal from deep space, caused by a yet unknown astronomical event, was much stronger than previously thought, a new study suggests. At such a critical moment in US history, we ...

A research team led by Ph.D. candidate Wang Haozhi under the supervision of Prof. Ali Esamdin at the Xinjiang Astronomical ...

For certain situations, older hardware is preferred or even needed to accomplish a task. This is common in industrial applications where old machinery might not be supported by modern hardware or ...

Africa is working to cement its own status in space. In May 2025, it “established the continent’s first space agency to boost ...