Mass of black hole is in a galaxy M87 approximately in 6,4 milliards one time exceeds mass of a Sun. Scientists from University of Austin in the state Texas is talked, that the paradox of sverkhmassivnykh of black holes is covered in that it is so extreme objects, that to measure exactly them those or
other descriptions it is almost impossible. It is therefore impossible to eliminate what many other sverkhmassivnye black holes also in reality heavier, than it is accepted to consider, reports CyberSecurity.karl Gebkhart from University of Austin talks that the exact measurings of black holes, located in the centers of galaxies, will allow
in a great deal to throw light on forming of galaxies. "We try to understand how galaxies and black holes are exactly constrained. If we assume the revision of mass of black hole, then it is possible to assume the revision of mass of galaxies", – Yens talks Thomas from physical
institute the name of Max Planka in Germanium.According to him, more high mass of black holes also allows to decide a paradox "to the escaping matter" from the largest holes, also urgent quasars. These mystic formings of early Universe are very bright, and round them
large galaxies are able to be created with own black holes."Quasars – it is huge objects mass of which a to 10 milliard of one times exceeds mass of a Sun. However neither in nearby with us nor there is not a single quasar even in near galaxies, it is not and black holes such
the masses. Before we had supposition in obedience to which a paradox followed from the nevernoy estimation of mass of black holes already", – Gebkhart tells."Suspicion, that the masses of quasars are determined neverno were a long ago, but if we will increase mass M87 two or three times, then problem
disappears", – a scientist tells.Galaxy of M 87 remote from Earth on 50 million light years, first that in a center a galaxy there is a black hole, scientists supposed 30 years back. It was set that M87 has an active galactic kernel, expulsion every second
milliards of tons of matter.
