Signals from remote galaxies captured by artificial intelligence


Australian researcher Wael Farah and his colleagues have been able to detect and capture previously unexplained signals from space in real time thanks to artificial intelligence. Astronomers will continue to use it to hope to identify the origin of these signals, reports the news site Live Science.

Australian astronomers have connected an artificial intelligence to a radio telescope, enabling them to detect five signals from space, according to a study published in the journal Monthly Notices of the Royal Astronomical Society.

The first phenomena of this type were recorded in 2007. From distant galaxies, they are called fast radio burst (FRB). They last a few milliseconds and generate energy equivalent to several hundred million Suns.
The researchers had previously searched for these signals, scanning the huge databases recorded during deep space observations. However, researcher Wael Farah and colleagues at Swinburne University of Technology in Australia have been successful in developing a FRB detection system, according to the Live Science news site.
Using this system, the telescope autonomously detects such bursts in real time and immediately goes into recording mode. Thanks to this new approach, scientists have been able to record five new signals, some tens of millions of years old, coming from distant galaxies.

The results showed that all FRBs were unique. Astronomers continue to use artificial intelligence in the hope of identifying the origin of these bursts.

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