! Astronomers doubt what they learned after receiving inverted radio signals from a distant galaxy
Inverted and abnormal radio signals have caused scientists to question what they have learned about radio signals being launched into space, and some have speculated about the emergence of a new kind of physics.
When the physical rules of any life movement are broken, scientists are overwhelmed with a feeling of inadequacy and scattering, they have spent their lives studying a science that is least called "the science of life management", because everything in it is organized, but this rule was broken for some physicists and astronomers, because of a mysterious galactic group. It's called "Abell 3266", due to its unusual galactic behavior.
It's all a matter of radio emissions from the Abell 3266 group of galaxies. They miss the way they should, like other galactic emissions, and instead of bowing around an edge, the radio wave flips in reverse, to the astonishment of scientists.
Just as scientists study dinosaur fossils to determine their age, they use similar techniques to study the radio waves of supermassive black holes in space, which are essentially the "fossils" of galactic groups like the Abell 3266 group.
In the details of the discovery, the scientists justified the strangeness of the topic by detailing the traditional radio emissions in space, and comparing them with what they saw recently.
Scientists say that radio emissions are a type of “invisible” light emitted by celestial bodies that radio astronomers study to understand their composition and age. Her study reveals some amazing secrets of the universe, such as the origin of the Big Bang by studying the cosmic microwave background radiation.
What makes the mass is the plasma. When radio waves are generated through this plasma, some patterns appear that scientists classify to get a distinctive look at the galactic environment.
The emission of radio waves resulting from the collision of supermassive black holes, does not explain much about the radio effects, but at least it gives clear answers to some questions, but what happened with the mass Abell 3266, which is 800 million light years away, was not like others, it had no effects. At first, and when its effects appeared, Australian scientists tried to study it using the combined power of more than three powerful satellite arrays separated from each other, and they noticed that some of the emissions from this mass were not like ordinary emissions, but rather formed an arc with a concave shape that puzzled scientists, and it was not curved as usual. , which means that the wave has flipped.
Scientists say the collision of galactic masses contains so much plasma and dark matter activity that it produces a variety of data that is sometimes impossible to collect in a lab.
By looking at radio waves, you see a kind of physics that's different than when you look at other wavelengths, we'll see a lot of these things in the future.
This research was published in the Monthly Notices of the Royal Astronomical Society, and can be accessed here .
https://academic.oup.com/mnras/article/515/2/1871/6650456?login=false
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