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Found object to refute the laws of physics 

An international group of astronomers has discovered an unusual formation around a supermassive black hole in an inactive galaxy NGC 3147. It is a thin accretion disk whose existence in such an interstellar medium was considered impossible. This is reported in a press release on Phys.org.
According to the researchers, black holes present in galaxies such as NGC 3147 (130 million light-years away from Earth) are considered “hungry.” Accretion discs should not be formed due to the small amount of captured material. However, in this case, the disk is so close to the black hole that it experiences the effects of a strong curvature of space. This allows you to test some predictions of general and special relativity.
The substance in the disk moves at a speed exceeding 10 percent of the speed of light. In such extreme conditions, one edge of the disk looks brighter, and the other – dimmer. In addition, the wavelength of light escaping from the gravitational well of the hole (it is 250 million times more massive than the Sun), is strongly stretched to the red regions of the spectrum.
According to scientists, they first discovered a smaller version of the quasar, the existence of which was not even supposed. Such a finding refutes the current theoretical models that predict the behavior of galaxies with weak activity.

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