In black holes, time moves backward

If we want to affect the past by using a black hole, we must stand behind the event horizon. The time dilation would turn time moving backward when the gravity or escape velocity turns higher than the speed of light. In the areas where escaping velocity is higher than the speed of light time is traveling backward. When escape velocity is the same as the speed of light, time is stopping.

And when escaping velocity is lower than the speed of light the time moves forward as usual. The name black hole is coming from the thing, that the escape velocity of those objects is higher than the speed of light, and those objects are pulling even light in them. So in those supermassive objects, time is moving backward.

We cannot affect the past outside the black holes event horizon, because time is moving to forward. But behind the event horizon time moves backward. And if we would be behind the event horizon or the point, where the escape velocity crosses the speed of light we can create action, that affects at the point where a black hole formed. The idea is that the black hole is like a Klein bottle, when information drops in the black hole, that information comes out from the point, where the black hole formed.

How big the black hole can be?

The question is how big the black hole could be? The fact is that nobody knows that. The area that we are seeing, when we are looking at black holes in the area near the thing called the event horizon.

The event horizon is the point in the gravity field of the black hole, and the thing means the point, where escape velocity turns higher than the speed of light. So the reason why we cannot see even the event horizon itself is that the photons would stay on that point because the escape velocity is the same as the speed of light.

So when we are seeing a black hole we are seeing the gravity field, not the material behind the point, where the escape velocity is higher than the speed of light. And when we are talking about the size of the black hole, we are talking about the size of the event horizon.

When black holes are impacting the size of the black hole or event horizon should increase. The mass of the impacting black holes should be about the mass of both black holes that are participating in the impact. There is the possibility that the little bit of the mass of the black holes is turning to energy, and the thing sends gravity waves around the universe.

But the fact is that the gravity waves could be the waves of dark matter, and the thing, that makes black holes interesting is that they are affecting dark matter as well as visible material. And the thing that is a mystery is what is the thing, that forms the gravity waves. Is that thing dark matter or mysterious graviton, the hypothetical transportation particle of gravity?

The thing that the surface area of the black hole cannot increase over time is the thing, that predicted Stephen Hawking. The fact is that the increase of the area of the black hole would begin just in the point, where the black holes are impacting. The time dilation turns time moving backward behind the event horizon.

When the mass of the black hole is increasing, the size or the surface areas of the black holes should increase. If the size or surface areas of black holes are not increasing when they are impacting, that means the mass of them is going somewhere. Does it turn to energy or does some part of the black hole drop in the wormhole, the hypothetical tunnel through time and space. If the size of the result of impacting black holes is not increased, that means that material should go somewhere. It can turn energy or it can drop in a wormhole, and the question is are the gravity waves some kind of energy waves? So are gravity waves the form of energy or what they are?

At the front of the event horizon, the time moves forward, at the point of the event horizon the time stops, and at the area where the escape velocity is higher than the speed of light time turns to travel backward. So if we are looking at the black hole outside the things we are seeing cannot affect over time, if we are thinking that the thing should affect the past. Things that are happening outside the event horizon affect only to future. Affecting to past from outside the event horizon is impossible because time moves forward.

In the case that we want to affect to past, we should go behind the event horizon, and then the effect of what we are causing would come out from the point in the time and space where the black hole was formed. But if we are observing things that are happening outside the event horizon, that thing causes that the happening things can affect only the future.

()https://news.sky.com/story/black-hole-so-big-it-should-not-exist-has-been-discovered-11873235

()https://www.sciencenews.org/article/gravitational-waves-confirm-black-hole-law-predicted-stephen-hawking

()https://en.wikipedia.org/wiki/Klein_bottle

()https://en.wikipedia.org/wiki/Time_dilation

Image:()https://www.sciencenews.org/article/gravitational-waves-confirm-black-hole-law-predicted-stephen-hawking