It is said that Black Hole have some type of radiation, also mathematically it is proved that nothing can escape from Black Holes, so how this contradiction could be solved.

As said before, maximum number of Omegas created is Par. = 2. 944 × 10¹⁹³ and also recombining Omegas will create Dims in return, and Dims will have original strength at Tf , In any Heavy star or Black Hole strength of Dims would be proportional to the number of Omegas within that star or Black Hole. Anti particle field on the Black Hole start creation of Omegas, but some of these Omegas are absorbed by Black Hole itself, and some are radiated from Black hole. If the intensity or ability of this field (Dims) is so strong that passes the radius of Black Hole then radiation become visible. The first effect of Dims is to force materials coming toward the Black Hole to have special trajectory, spiral motion around anti particle field till those reach to disk of it. This will make the absorbing materials to make a disk around the Black Hole. At small Black Holes the anti particle field effect is a narrow shining line (rod) perpendicular to the disk around the Black Hole. Creation of Omegas will decrease strength of anti particle field and absorbing materials will increase strength of the field. At a critical mass of Black Hole this effect makes it pulsating.

By time and increase of Black Hole mass then the shinning rod will become a shinning cone. The cone vortex angle will increase with M mass of Black Hole. Sometimes Black Holes become so heavy such that the created (double) cone vortex angle will become 180 degree and would cover all around the surface of the Black Hole and a Shining Black Hole could be seen. Sometimes two or more Black Holes are so close to each other, such that their formed Dims at certain period of time causes special affect on the others, and as result one of them start shining  (emission of Tempetas) while others are not. The shinning Black Hole loses Dim strength (while not losing mass) ,and stops shining , then others start shinning.

In the Pulsars and Quasars this phenomenon would happen.

Black Holes depending on their mass show different patterns:

1-      Black stars: they have not any radiation, and their radius is less than Schwarzchild radius (R_s) but is larger than (R_s / 2 = R_b). These black stars may explode due to their composing heavy materials, which are not stable.

2-      Black Holes: they have Schwarzchild radius (R_s), they have not any remarkable radiation. Commonly they have not objects around them.

3-      Waving Black Hole: they have radius ( >10 Rs ), they may radiate rarely, they have objects surrounding as a disk. Dims inside them are strong but not enough to make a continuous emission.

4-      Tiny shining rod Black Holes: they have radius ( >100 Rs ) Dim inside them are so strong that they can make a tiny shining rod going outside the Black Hole, in the center and perpendicular to disk of absorbing objects with spiral motion.

5-      Conical shining Black Holes: they have radius (>200 Rs) Dim inside them are so strong that they can make a shining cone going outside the Black Hole, in the center and perpendicular to disk of spiral moving objects. Any bigger cone angle means the bigger Black Hole. The surrounding disk is very small or not existing.

6-      Shining Black Holes: they have radius ( >1000 Rs ) Dim inside them are so strong that their emitting cone is opened and has formed sphere. Commonly they have no disk. At some mass these Black Holes do not absorb anything further and their radiation would not let the coming object to come closer. If mass of Black Hole increases then the photons created and made the Black Hole shinning may divert to Black Hole itself but it is not permanent. Quasars belong to this category.

7-      Multiple Black Holes: the created Dims inside them may be so strong to have a common effect and each Black Hole may start to shine one by one or all together (Resonant). No matter how far they are, they may affect each other such that it seems there is some connection with a speed much more than the light speed between them. This is due to Dims field effect which is much larger than the radius of each single Black Hole. Pulsars are from this category.