Astronomers have discovered that previous searches for alien signals unknowingly covered over 6.1 million stars, revealing a vast, unexplored area for future research.

Astronomers may have already scanned millions of more stars than they thought, a realization that might lead to new ways to hunt for extraterrestrial radio signals.

Between biosignatures and technosignatures lie noosignatures, and some scientists think they could help us find alien life ...

They did not find any; but as PhD researcher Louisa Mason told IFLScience, "My work at the moment is less about looking if aliens are sending messages and more about thinking about how we use these ...

Astronomers may have already scanned millions of more stars than they thought, but that might lead to new ways to hunt for ...

Between biosignatures and technosignatures lie noosignatures, and some scientists think they could help us find alien life ...

These cosmic giants might one day propel our spacecraft, process unimaginable amounts of data, and even reveal advanced ...

SETI’s search for extraterrestrial signals reached 21 times more stars than any prior published survey had claimed, according ...

On this episode of “Uncanny Valley,” we dive into accusations that China’s Moonshot AI stole from  Anthropic, and how the US Army needs to cut back on AI use.

While these possibilities remain theoretical, they stem from decades of research into black holes and the physics that governs them. The ideas combine well-established scientific discoveries with more ...

Astronomers may have been listening for alien civilizations in only a small slice of the radio spectrum while overlooking a largely unexplored range of higher frequencies. Using archived data from the ...

Most radio SETI (Search for Extraterrestrial Intelligence) projects concentrate on frequencies from 1.42 to 1.66 GHz.