The high-energy burst of radio waves, which recently made headlines for travelling for eight billion years in space before reaching&nbsp;Earth, had a "weird" place of origin, which scientists have now identified.

The radio wave, which is called a fast radio burst (FRB), was one of those hundreds of fleeting blasts of energy which have been detected by scientists across the years.

When it was detected, some astronomers made a wild guess that it could be a signal sent by alien life to our planet.

<h2>Here's what scientists found about the origin of radio waves</h2>

Scientists, while studying the FRB, found that it had originated from a cluster of galaxies which were present in the universe when it was only five billion years old.

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The FRB, which has been dubbed as FRB 20220610A, was discovered as the most farthest and powerful signal ever detected by astronomers.

It has now been found that the home of radio signals are seven tightly packed galaxies, as reported by The Daily Mail.

"None have ever been seen in such a compact group," stated astronomer Yuxin (Vic) Dong, who was part of the team at Northwestern University which studied the origin of FRB 20220610A.&nbsp;"Its birthplace is truly rare," Dong said.

The head of the team of scientists at&nbsp;Northwestern, Alexa Gordon said, "It's these types of environments, these weird ones, that are driving us toward better understanding the mystery of FRBs."

These flashes of light, which appeared as the radio band of the electromagnetic spectrum, were most likely temporary and appeared randomly from space, as per scientists.

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Astronomer Wen-fai Dong, who looked into FRB 20220610A, stated that in the new Hubble images, these galaxies appeared in oblong shapes or 'tidal tales' which suggested that they may have had collisions through which fast radio burst may have birthed.

"Without the Hubble's imaging, it would still remain a mystery as to whether this FRB originated from one monolithic galaxy or from some type of interacting system," said Gordon, in a&nbsp;NASA statement.

Northwestern astronomer&nbsp;Wen-fai Fong, who was also part of the project, also confirmed the oblong shapes or 'tidal tales' of some of the seven galaxies which hinted at the chances of collisions.

"There are some signs that the group members are 'interacting. In other words, they could be trading materials or possibly on a path to merging," Fong said.

(With inputs from agencies)

The high-energy burst of radio waves, which recently made headlines for travelling for eight billion years in space before reaching Earth, had a "weird" place of origin, which scientists have now identified.

The high-energy burst of radio waves, which recently made headlines for travelling for eight billion years in space before reaching Earth, had a "weird" place of origin, which scientists have now identified. The radio wave, which is called a fast radio burst (FRB), was one of those hundreds of fleeting blasts of energy which have been detected by scientists across the years. When it was detected, some astronomers made a wild guess that it could be a signal sent by alien life to our planet. Here's what scientists found about the origin of radio waves Scientists, while studying the FRB, found that it had originated from a cluster of galaxies which were present in the universe when it was only five billion years old. Also Read: The International Space Station has been leaking for five years. NASA calls it 'highest-level risk' The FRB, which has been dubbed as FRB 20220610A, was discovered as the most farthest and powerful signal ever detected by astronomers. It has now been found that the home of radio signals are seven tightly packed galaxies, as reported by The Daily Mail. "None have ever been seen in such a compact group," stated astronomer Yuxin (Vic) Dong, who was part of the team at Northwestern University which studied the origin of FRB 20220610A. "Its birthplace is truly rare," Dong said. The head of the team of scientists at Northwestern, Alexa Gordon said, "It's these types of environments, these weird ones, that are driving us toward better understanding the mystery of FRBs." These flashes of light, which appeared as the radio band of the electromagnetic spectrum, were most likely temporary and appeared randomly from space, as per scientists. Watch: The Curious Case Of The Prematurely Aging Space Heart Astronomer Wen-fai Dong, who looked into FRB 20220610A, stated that in the new Hubble images, these galaxies appeared in oblong shapes or 'tidal tales' which suggested that they may have had collisions through which fast radio burst may have birthed. "Without the Hubble's imaging, it would still remain a mystery as to whether this FRB originated from one monolithic galaxy or from some type of interacting system," said Gordon, in a NASA statement. Northwestern astronomer Wen-fai Fong, who was also part of the project, also confirmed the oblong shapes or 'tidal tales' of some of the seven galaxies which hinted at the chances of collisions. "There are some signs that the group members are 'interacting. In other words, they could be trading materials or possibly on a path to merging," Fong said. (With inputs from agencies)

'Weird' origin of radio waves, which travelled eight billion years to Earth, found. Is it alien signal or...?

An unknown event occurred in a distant galaxy some eight billion years ago which sent a very powerful blast of radio waves across the universe.

Now, after travelling for eight billion years, the radio signals finally reached Earth on June 10 only to last less than a thousandth of a second. However, a radio telescope installed in Australia somehow was able to pick up the signal.

The flash, which took place in the cosmos eight billion years ago and has now been detected, was a fast radio burst (FRB), which is a little-understood phenomenon first found in 2007.&nbsp;

The astronomers found that this specific FRB was more powerful and came from a much farther place which has not been recorded yet. It was also determined that the cosmic event occurred when the universe was less than half its current age.&nbsp;

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<h2>Scientists are clueless on what causes FRBs</h2>

Astronomers have till now not been able to find what exactly leads to FRBs, making them one of the greatest astronomical mysteries.&nbsp;

A lot of theories have been given to scientists to explain its occurrence with a Harvard University professor even suggesting that the radio signals might be signs of alien life, CBS News reported.&nbsp;

However, distant dead stars - known as magnetars - are held as prime suspects by the scientists, since they are the most magnetic objects in the universe.

Astrophysicist at Australia's Swinburne University, Ryan Shannon, while speaking to AFP, said that it was "mind-blowing" that the radio burst was spotted by the ASKAP radio telescope in Western Australia last year.

"We were lucky to be looking at that little spot in the sky for that one millisecond after the eight billion years the pulse had travelled to catch it," said Shannon, &nbsp;who was also co-author of a study which spoke about the find in the journal Science.

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<h2>Radio signals released same amount of energy which sun&nbsp;emits in 30 years</h2>

He said that this specific FRB easily defeated the previous record holder which was only five billion light years away.

According to him, the radio signal's pulse was very powerful and it released the same amount of energy which the sun emits over 30 years.

Shannon did not deny the possibility of hundreds of thousands of FRBs flashing across the sky every day.

However, even though thousands of them have been detected till now, scientists have just managed&nbsp;to figure out&nbsp;where 50 of them came from.

The researchers decided to use the Very Large Telescope in Chile to understand where the latest radio burst, known as FRB 20220610A, came from.

This came from the signal which originated from a particularly clumpy galaxy which may have merged with one or two other galaxies and hence, created the bizarre magnetar.

(With inputs from agencies)

An unknown event occurred in a distant galaxy some eight billion years ago which sent a very powerful blast of radio waves across the universe. Now, after travelling for eight billion years, the radio signals finally reached Earth on June 10 only to last less than a thousandth of a second.

An unknown event occurred in a distant galaxy some eight billion years ago which sent a very powerful blast of radio waves across the universe. Now, after travelling for eight billion years, the radio signals finally reached Earth on June 10 only to last less than a thousandth of a second. However, a radio telescope installed in Australia somehow was able to pick up the signal. The flash, which took place in the cosmos eight billion years ago and has now been detected, was a fast radio burst (FRB), which is a little-understood phenomenon first found in 2007. The astronomers found that this specific FRB was more powerful and came from a much farther place which has not been recorded yet. It was also determined that the cosmic event occurred when the universe was less than half its current age. Also Read: Comet with no tail is approaching Earth and researchers want stargazers to photograph it Scientists are clueless on what causes FRBs Astronomers have till now not been able to find what exactly leads to FRBs, making them one of the greatest astronomical mysteries. A lot of theories have been given to scientists to explain its occurrence with a Harvard University professor even suggesting that the radio signals might be signs of alien life, CBS News reported. However, distant dead stars - known as magnetars - are held as prime suspects by the scientists, since they are the most magnetic objects in the universe. Astrophysicist at Australia's Swinburne University, Ryan Shannon, while speaking to AFP, said that it was "mind-blowing" that the radio burst was spotted by the ASKAP radio telescope in Western Australia last year. "We were lucky to be looking at that little spot in the sky for that one millisecond after the eight billion years the pulse had travelled to catch it," said Shannon, who was also co-author of a study which spoke about the find in the journal Science. Watch: This black hole eats a whole sun every day Radio signals released same amount of energy which sun emits in 30 years He said that this specific FRB easily defeated the previous record holder which was only five billion light years away. According to him, the radio signal's pulse was very powerful and it released the same amount of energy which the sun emits over 30 years. Shannon did not deny the possibility of hundreds of thousands of FRBs flashing across the sky every day. However, even though thousands of them have been detected till now, scientists have just managed to figure out where 50 of them came from. The researchers decided to use the Very Large Telescope in Chile to understand where the latest radio burst, known as FRB 20220610A, came from. This came from the signal which originated from a particularly clumpy galaxy which may have merged with one or two other galaxies and hence, created the bizarre magnetar. (With inputs from agencies)

Radio waves that took 8 billion years to reach Earth hint at signs of alien life: Expert

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'Weird' origin of radio waves, which travelled eight billion years to Earth, found. Is it alien signal or...?

Radio waves that took 8 billion years to reach Earth hint at signs of alien life: Expert