First Fast Radio Burst Repeating At Regular Intervals, Discovered

It’s been just revealed that somewhere in the universe, there’s a highly energetic Fast Radio Burst (FRB) that’s blasting from an unknown object.

Experts may be just one step closer to understand these mysterious signals, and the sky is bathed in radio waves.

There’s a new study on FRBs that has revealed the first one of these energetic signals that are repeating at regular intervals. This is what could eventually give astronomers the necessary told that they need in order to analyze more in-depth the cosmic occurrences.

Ever since experts spotted the first FRB back in 2007, they have been the subject of intense speculation.

It’s important to note that these signals only last for a millisecond, and the power is extremely small here on our planet. Extreme Tech notes that the power can be compared to placing a cell phone call from the moon.

Also, the origins of FRBs are millions or billions of light-years away.

Newly discovered FRB repeats at regular intervals

The same online publication mentioned above notes that there’s a new analysis from the Canadian Hydrogen Intensity Mapping Experiment Fast Radio Burst Project (CHIME/FRB).

The team has found a repeating source called “FRB 180916.J0158+65” with a unique property. It repeats at regular intervals.

The team had used the CHIME array in British Columbia in order to scan for repeating FRBs between September 2018 and October 2019.

The online publication notes that the team detected signals from FRB 180916.J0158+65 during a four day period. The signals switched off for the following 12 days.

“Some of those cycles didn’t produce FRBs, but those that did were right in-line with the 16-day period,” Extreme Tech writes.

This FRB source is a crucial discovery for various reasons.

“It’s also relatively close at about half a billion light-years distant at the edge of a galaxy called SDSS J015800.28+654253.0,” the same online publication explains, and we recommend that you check out the complete article in order to find out more details.

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