Agrees Ő. Ŕđďó ęâŕçŕđű have "internal" or "own" red displacement, which does not depend on distance, on which they are from us. The internal red displacement ęâŕçŕđîâ is determined by the formula (see, íŕďđ., [18-19])

Where Z _i - Internal red displacement ęâŕçŕđŕ, Z _v - Red displacement, visible from the Earth, ęâŕçŕđŕ, Z _g - The red displacement of a galaxy, in which is ęâŕçŕđ.

Besides by researches Ä. Seconds. ĚŕęĚčëëŕíŕ [66] is shown, that under the data of geodetic sessions VLBI for 1979 - 2003 ăă. At large number ęâŕçŕđîâ is çíŕ÷čěűĺ zero proper motions: at 580 sources of accuracy of definition of proper motions make 0.5 mas/years and better, and for 50-60 objects of their proper motion differ from zero more, than on 3Ă. Thus, it is necessary to accept or superlight speeds of motion ęâŕçŕđîâ, or to consider(count), that their red displacement has no the attitude(relation) to distances up to them.

Ęâŕçŕđű really bright, but completely not fantastically large celestial bodies. According to the data đŕäčîčíňĺđôĺđîěĺňđčč they are point sources having the angular sizes less 0,4 mas [67].

The phenomenon ęâŕíňîâŕííîńňč of their red displacement open To can help with knowledge of their nature. Ęŕđëńńîíîě and in detail investigated Ő. Ŕđďîě both Äć. And Ĺ.Ě. Á¸đáčäćŕěč.