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Black Holes and Quark-Gluon Plasma

It is shown that in black holes, baryonic matter is converted into quark-gluon plasma. A black hole consists of a small core (“drop” from QGP) and a large gravitational radius. In small black holes, the radius of the core of the quark-gluon plasma will be equal to the gravitational radius. In large black holes, the radius of the QGP core will be much less than the gravitational radius. Therefore, Hawking radiation should be sought near small black holes. The minimum mass of a black hole, and its minimum radius, will vary over a wide range of values ​​depending on the state of the QGP inside the black hole. It is also obvious that such a binary structure of black holes explains the existence of supermassive black holes, since it forbids the decrease in the mass of most black holes.