Given the color and structure, after its discovery it was nicknamed the cosmic clover. The ‘space clover’ is still being observed and studied, but, without a doubt, this fact will bring new information to science that will help us understand a little more about the infinite mysteries of the universe.
Without a doubt, the most characteristic of this discovery is the shape that is observed in the distance of this event, which is shaped like a ‘cosmic clover’, which is estimated to be burning at extremely intense temperatures of millions of degrees. centigrade.
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A NASA X-ray satellite captures a “cosmic clover”
Currently, there are a variety of space agencies that compete and help each other to find the answers to the mysteries of the universe. For this, they make use of cutting-edge technology that helps them do more accurate work.
Thanks to all these technological advances, much new information has been discovered that reveals the origin and function of some cosmic events. Taking the above into account, recently, a new astronomical milestone has been revealed to the public, as it is a cosmic structure shaped like a ‘space clover’.
Recently, the XMM-Newton satellite, launched in Europe by the European Space Agency, has captured the attention of experts thanks to an astronomical event captured by its cameras and transmitted to Earth. XMM-Newton was placed in orbit with respect to Earth, about 7 thousand kilometers from the surface of our planet, a location where it is observing deep space together with the hard work of experts on Earth.
This event is about discovering a series of galaxies that are colliding with each other forming ‘Odd Radio Circles’, also known by their acronym in English as ORC, which are astronomical events that are sphere-shaped, with bright edges. , which can be easily observed with X-rays.
This observation is an unprecedented scientific milestone, as it is the first time that our space is capable of capturing this amount of X-rays through a satellite in orbit caused by one or more ORCs.
Having found this ‘cosmic clover’ will help scientists study ‘supersonic shock waves’, which opens the possibility of delving deeper into the world of black holes, according to expert scientists from the National Aeronautics and Space Agency, as well. known as NASA.
