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The astronomers under consideration The distance galaxy cluster confronted the ancient radio signals that can have clues in the formation of the early universe.
While studying the Galaxy Cluster known as Sparcs1049, astronomers detected weak mysterious radio waves, according to a study published there Astrophysical magazine letters and available on the pre-printed server.
The radio waves found, they took 10 million years to reach the ground, a Extensive region of space High energy particles and magnetic fields.
These large clouds of high energy particles are known as mini-halo. A mini-halo never detected in space depending on the study.
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This amazing image reveals the energy galaxy cluster. (Chandra X-ray Center)
They are described as a weak group of particles loaded in the mini-halos study. These groups are known that they emit radio and ray waves. Mini-halos are usually found in clusters between the galaxies.
It is the author of the Institute of Institute of the Institute of Computational Cosmology of the University of Roland Timmerman Durham, to create a fiss.org statement how important our universe is important.
“It’s amazing to find such a strong radio signal at that distance,” said Timmerman. “These energy particles and processes created by the galaxy clusters make up for the entire history of the universe.”
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This image available to the European Space Agency shows thousands of galaxies captured in the 2002-2009 observations. (Leiden University and HUDF09 group via AP)
Astronomers examined from low frequency matrix (Lofar) Radio telescope. Lofar is made up of 100,000 antennic antennions in eight European countries, according to the study.
The astronomer group believes that there are two reasons for these mini-halos makeup.
According to the study, it is the first explanation Supermassive black holes found in the heart of the galaxies. These black holes can release high-energy particles into space.
The astronomers are complex, how these particles escaped such a powerful black hole to create these clusters.
Radio signs were found outside our familiar solar system in a remote galaxy cluster. The sign took 10 thousand years to reach the ground. (NASA)
The second explanation, according to the study, is a collision of cosmic particles.
These collisions of cosmic particles collide with particles that are struck with hot plasma filled with a close-up speed. These collisions break, so that high energy particles can be observed from the ground.
According to the study, this discovery is now suggested that black holes or particle collisions have sparked the galaxies before believing before.
New telescopes Being developed as a square kilometer array will eventually let astronomers perceive weaker signals.
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Julie Hlavacek-Larrondor University and the author of the research author said in a statement, that is, he believed that it is just beginning the wonders of space.
“How was the early universe, how was it,” Hlavacek-Larrondo said in the statement. “This discovery gives us a new window to grow and evolve by Galaxy Cluster, driven by black holes and high-energy particle physics.”
Nick Butler is a journalist Fox News Digital. Do you have advice? Arrive at nick.butler@fox.com.
