Quasars (quasi-stellar objects) are near the edges of the observable Universe. They were discovered in 1963 and the astronomers were surprised by the fact that these objects were visible at the distance of milliards of light years, which meant they had to emit a huge amount of energy. Where does this energy come from? Many think that the source of energy of a quasar is a gigantic black hole that radiates when a large amount of gas, dust and stars fall onto it. This gallery of portraits of quasars made by the Hubble Space Telescope allows to see their surroundings: the quasars themselves look like bright star-like objects. The Center's answer: The objects in the picture are in the process of consolidation of energy-material clots. The energy is emitted from the inside and the phases of emission open millions of tons of luminous charged particles. Entrance into the space a bit further from the center attracts neutral energies whose charge is opposite to that of material particles. Charged neutral energies are absorbed by the concentration field and provide the process with additional energy. Neutral energies cannot have the same charge as the emitted particles because they have a sign of repulsion from any charged particle and during a contact form an opposite charge according to the Laws of the Universe.