More about the wormhole theory

Andromeda Galaxy Image by NASA

More about the wormhole theory

The thing where the wormhole theory bases, is that the black holes like a supermassive black hole in the center of our galaxy are not growing, and that means that the material would go somewhere from that particle. There is a couple of theories, why the material of the center of the galaxy is not increasing, and the supermassive black holes are not growing.

1.  The black hole would be more massive than we ever thought, and the massive size would cause so small change in the size of that thing, that we cannot measure those changes.

This means that the size of the enormous black hole would grow, but we cannot see that phenomenon. The reason for that is that the supermassive black hole would be so massive, that we simply cannot measure the change of the size of the event horizon.

2. The black hole would actually not absorb the material inside it, because it accelerates the material as the gravity sling. That means the material would be catapulted back to space. And that means that the black hole itself would not absorb material inside it. 

The idea of this theory is that the material would reach the speed of light before the event horizon. That means that most of the gas and other particles would return to space. This theory actually explains the giant material jettisons from the black hole of the centers of the galaxies.

3. The wormholes are in theory tunnels through time and space. The idea is that if two black holes are oscillating in the same frequency, there would forming the tube or channel between those black holes. 

The thing that supports that theory is the jettisons of the supermassive black holes in the centers of galaxies and quasars.  Also, the thing, that the size of black holes seems not to be growing is telling that material will go somewhere, but there is of course theory, that the gravity catapult would be catapulted that material way from the black hole, as I wrote earlier.

4. The supermassive black hole in the centers of galaxies is actually the "white hole". That theory is actually one version of the wormhole theory. In this theory, the material can travel in the wormhole to only one direction, that would open many things in the theoretical use of that phenomenon. 

Because if the material can travel only one direction, the thing is that would make that phenomenon safer. If the black holes would be absorbed that material with similar force, that means that if the other black hole would be more massive than another side of the pair, the risk is that it would absorb the material by using greater force than other. That would make the black hole the effect, where the stronger black hole would make the wormhole the cannon, where the material would come out the side of the weaker part with very high speed, that means that if the material would impact some particle it would cause the great explosion.

If material would travel only in one direction, what is the heavier black hole, that means that material would be easy to send to the center of the galaxy. The material would come out from the supermassive black hole with a very high speed, but the route of that gas is more predictable and there would be no bigger particles like asteroids or planets in the route of the jettisons of the supermassive black holes. But it ever can return by using the same black hole, because in the return case, the sending black hole must be lighter than the receiving black hole.

And here we must realize, that the material can turn to X-rays or heartened plasma when it travels in the black hole, and that means that we cannot use that phenomenon for the same trips, but it's possible that if we would create a black hole, what is big enough, that the spacecraft would travel through it to the other side of black hole. 

And we could benefit that phenomenon also for communication with probes, what is extremely long range from the Earth. But the thing is that if the journey is a one-way trip, the system can still communicate with the probe by sending the message robot to the probe, and that robot would be like a high-tech USB stick, what would take new computer programs and orders to that probe.

We could use laser communication for receiving messages and sending data to Earth. But in this wild scenario, the system would send the important data to that hypothetical probe by using connection vehicle. Or we still can use the radio waves, but the thing is that the return message would be sent by using other pair of small black holes.