Astronomers detect ancient radio signals from distant galaxy cluster

Astronomers who study a far galaxy have stumbled on ancient radio signals that may carry evidence of the formation of the early universe.

While studying the Galaxy Group known as Sparcs1049, astronomers discovered dull radio waves, according to a study published in Astrophysical magazine messages available on XRXIV print server before printing.

The discovered radio waves, which took 10 billion years to reach the Earth, arose from a wide area of ​​the area filled with high -energy molecules and magnetic fields.

These vast clouds are known as Halo Mini. This mini -half has not been discovered at all in space, according to the study.

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Half of the micro Halo in the study is described as faded groups of charged molecules. These groups are known to emit both radio waves and x -rays. Half half in groups are found between galaxies.

“These particles are important to create our world.

“It is amazing to find such a strong radio signal at this distance,” said Timmerman. “This means that these active particles and the processes that create were forming galaxy groups almost throughout the history of the universe.”

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This image available by the European Space Agency shows thousands of galaxies taken by the Hubble Space Telescope in the notes from 2002-2009. (University of Leiden, Hudf09 team via AP)

Astronomers analyzed data from LOFAR Radio Telescope. Lofar consists of 100,000 small antennas in eight European countries, according to the study.

Astronomers’ team believes that there are two causes of makeup of this mini -half.

According to the study, the first interpretation is the super black holes in the heart of galaxies. These black holes can launch high -energy molecules in space.

Astronomers feel confused about how to escape these particles of such a strong black hole to create these groups.

Radio signals were discovered outside our well -known solar system in a far galaxy group. The signal lasted 10 billion years to reach the ground. (NASA)

The second interpretation, according to the study, is the collision of cosmic particles.

These collisions occur cosmic particles when the molecules charged with hot plasma collide with speeds close to light. These collisions are broken, allowing note high energy molecules from the ground.

According to the study, astronomers now believe that this discovery indicates that black holes or particle collision were stimulating galaxies early than previously thought.

New telescopes will be developed such as the square kilometer of the square of the square for astronomers to discover more dimmed signals.

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Julie Hlavsk-Larondo of the University of Montreal and the author of the study participating in the study said in a statement that she believes this is just the beginning of space wonders.

“We are really scratching the surface of the early universe,” Hlavace-Larrondo said in the statement. “This discovery gives us a new window on how galaxy groups grow and develop, driven by both black holes and high -energy particles.”

Nick Butler is a reporter for Fox News Digital. Do you have any tips? Access to nick.butler@fox.com.