NASA "Chandra x-ray Observatory" and the very large array of radio telescopes photographed large Galaxy M87 presents a spectacular "galaxies Super volcano".
Galaxy M87 50 million light years away from Earth, the Galaxy is located in the Virgin Galactic cluster Centre, it is learned that the Virgin Galactic clusters with thousands of galaxies. Recently, the Chandra x-ray Observatory detects x-ray (figure in the blue section) M87 galaxies surrounding is full of hot gases, with the gradual cooling of these gases, they are clustered to the Galactic Center region, where the hot gases will continue cooling, even cooling, faster, and with the formation of new stars.
However, very large array of radio telescopes of radio observation (illustration red and orange sections) implies M87 galaxies jet full of energy of particles, the high energy particles stream relatively close galaxies center cooling gas position higher, and as a result of high energy particles flow in a supersonic speed can produce shock waves of galaxies atmosphere.
This universe Galactic environment "eruption" interaction phenomena is very similar to 2010 Iceland Ivy Farah volcanic eruptions. In Iceland Ivy Farah volcanic eruptions, lava hot gases from spewing, surface formed by shock waves through the volcanic gray smoke see. These hot gases to the atmosphere, hauling dark dust flow. This process in Ivy Farah volcanic eruption video clearly visible, shock wave propagation in dust smoke, with the result of dark dust cloud rose to the atmosphere.
By Ivy Farah volcanic eruption phenomenon analogy, black hole formation near high energy particles rise through the galaxy clusters of x-ray spray atmosphere, central location in M87 galaxies formed the most cold gas. This is similar to hot volcanic gases of dark dust clouds in tow. At the same time, this process as the volcanic eruption on Earth, when black holes sucking energy particles into the air when you can see the shock wave of clusters.
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