Astronomers reveal an ancient radio signals from a distant galactic cluster

Astronomers studying The distant cluster of the galaxy came across ancient radio signals that could have clues in the formation of the early universe.

Studying the distant cluster Galaxy, known as Sparcs1049, astronomers have discovered weak mysterious radio waves, according to a study published in The Astrophysical Journal Letters and are available on the previous XRXIV printing server.

Discovered radio waves that took 10 billion years to reach the land with a A huge region of space Filled with high -energy particles and magnetic fields.

These huge clouds from high-energy particles are known as mini-hala. According to the study, the mini-hack has never been found deep into space.

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This stunning image reveals a distant galactic cluster that throws energy. (X -ray Chandra Center)

Mini-haloes described in the study as weak groups of charged particles. It is known that these groups distinguish both radio and X -ray waves. Mini-margins are usually found in clusters between galaxies.

Roland Timmerman of the University of Darem Cosmology Institute and co -author of the study said in a statement in Phys.org as these particles are important for creating our universe.

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

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This image, provided by the European Space Agency, shows thousands of galaxies captured by space telescope of Hubl on observations since 2002-2009. (Leiden University and HUDF09 Commons through AP)

Astronomers analyzed the data from the low frequency array (Lofar) radioskop. According to the study, Lofar consists of 100,000 small antennas in eight European countries.

The astronomers’ team believes that there are two reasons for the makeup of these mini-choles.

According to the study, the first explanation Supermose black holes found at the heart of galaxies. These black holes can release high -energy particles into space.

Astronomers are amazed at how these particles avoid such a powerful black hole to create these clusters.

Radio signals were discovered by the borders of our famous solar system in the distant galactic cluster. It took the signal 10 billion years to reach the land. (NASA)

The second explanation, according to the study, is space clashes of particles.

These space clashes of the particles occur when the charged particles filled with hot plasma face almost illuminated speeds. These clashes are broken, allowing you to observe high -energy particles from the ground.

According to the study, astronomers now believe that this discovery suggests that either black holes or clashes with particles charge galaxies before it was previously thought.

New telescopes Development, like an array of a square kilometer, will eventually allow astronomers to detect even weaker signals.

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Julie Khlavacek-Larondo of the University of Montreal and the author of the study in the field of study said that this was only the beginning of the miracles of the cosmos.

“We just scratch on the surface of how energetic the early universe was,” said the Khlavacek-Laronda statement. “This discovery gives us a new window in how galactic clusters grow and develops, due to both black holes and high energy physics.”

Nick Butler is the Fox News Digital reporter. Do you have tips? Contact [email protected].