Gravitation without quantum part II

   Gravitation without quantum part II

I write about black holes in this text because the gravitational effect of the black hole is so extreme. Similar effects but in weaker form surround all gravitational centers. 

We can think of a gravitational effect as a thing that depends on the spinning speed of the object. We can use black holes as an example. When black holes spin, they form a similar-looking structure as a top. Spinning object interaction with quantum fields looks like the situation where we spin a stick in the dough. 

That spinning object makes the whirl-looking structure around it. Then the poles of that spinning object pull particles to its poles. There leaves the energy stick called a relativistic jet. So if antigravity exists it exists only at the point of the relativistic jet.  And that means antigravity could exist but its area is very small if we want to compare it with pulling gravitational effect. 

In the case. That the black hole has no singularity. That means it's a so-called vacuum hole. There is a standing wave in the middle of the vacuum. And that radiation acts like a laser. Quantum fields that come outside the black hole's event horizon increase that standing wave's energy level. And that thing forms relativistic jets that transport energy out from the vacuum. 

Anyway does the black hole have singularity or not the interaction between that beam that travels in the event horizon similar? In the case that singularity exists the beam comes out from its poles. The thing that feeds that thing and keeps the singularity rotating or maintains the standing wave is energy that comes outside the black hole. The relativistic jet transports energy out from the black hole. There is a very low energy or cold area inside a black hole. And that cold area pulls other quantum fields inside it. 

The reason why we cannot see black holes is that. This diagonal of an event horizon's space transports all information to the black hole's poles which are its rotational axle. 

So the gravitational effect is like water. When the quantum field falls into the black hole, the central structure transports it in one direction. Or two directions. If black holes as poles. That structure pierces the black hole's gravitational field inside the event horizon. When wave movement hits that diagonal structure it increases its power. This phenomenon looks like a laser. 

A relativistic jet is a key element in a black hole's extreme gravitation. That monstrous energy beam acts like a heat pump. That jet transports energy out from the area inside the event horizon. This jet makes the black hole a "cold point". We cannot see a black hole, because the relativistic jet transports energy. wave movement, and information. To the point, where the relativistic jet goes out from the black hole. That means there is no straight reflection back to the observer.