Why quantum gravity is so interesting thing?

Why quantum gravity is so interesting thing?

At first, we must describe the term, "quantum gravity". That term means the smallest particle, which has a gravity effect on other particles.  This means that the quantum gravity would be the particles like quark-sized black holes and singularities. That means that the quantum gravity, what can form extremely small singularities the revolution of the information technology.

If we could create the long but very small tunnels through space, we could, of course, make real-time contact with space probes, what is orbiting another star. That means that the spacecraft would travel to another solar system a couple of hundreds of years, and then the system would create two singularities between the probe and Earth, and those tiny singularities could be used to send the information to the drone and back.

What if we could stop the time inside the microprocessor?

The quantum gravity would also allow connecting many computers, and because the time would go slower in the microprocessors than in the normal world, and that would give the computer extremely big muscles. If the microprocessors would connect by using the wormholes, the messages would send from the one processor to another one, that thing would allow operating by extremely fast, and extremely big entireties.

Even the computers would be a thousand kilometers away from another, they could work, as they would be in the same room. If the time would be stopped in the processor, that means that the computer would have more time to operate.

But this thing requires a wormhole or nano-sized black hole. The idea with that kind of system is that the mass of this thing would be increasing by using electron rays. Those things would raise the energy so high level that the time would be stopped. And maybe the "Z-machine" could create that kind of condition.

There is another way to make this kind of thing, and that is that the researchers would surround the processor by using plasma, what would move by the speed, what is near the speed of the light. That thing could stop the time in the processor, and maybe this kind of test will do in places like CERN. That kind of way to make computers could be fascinating, but we cannot make those things yet.

The quantum teleportation and its possibilities outside the quantum computer

The quantum teleportation and its possibilities outside the quantum computer

What would you do with a quantum teleportation machine, what will load particles with energy, what makes time slowing?  This hypothetical opportunity to stop time would give many futuristic visions in front of our eyes. Have you seen a movie named "Hitman" or seen some movies of that series? One of the key elements in those movies is the chancing the clothes less than a second. If we think the possibility to do that thing in real life, that thing might seem fictional.

We could ever do that thing in real life. But if we would have the ability to create the man-sized version of quantum teleportation, we could do that thing very easily. And there would be many many things more, what we could do if we would have the ability to create the quantum teleportation system, what can create the phenomenon, what is our size.

The thing, how the quantum teleportation system works is quite simple, as I have written many times before, and that thing is that the object would load with high power electricity. The electricity would create the phenomenon, where the time is slowing in and on the particle. This ability would make possible to store data very effectively. And in theoretical qubits, the data is stored in molecules, which will be used to transport it.

The transportation molecule, what will transport data inside the quantum computer would be the clumsy answer to the problem, how we could create the bit, what has three or more values. But also there has been plans or rather saying theories, that some kind of crystals can be loaded with electricity, and then they would shoot to target, what will dissemble that electricity, what is stored in the superconducting crystal.

This kind of solutions are created for simulating qubits, but they would offer a very interesting method to secure some data in space. In this case, the crystal, where the data is stored in superconducting temperature would send to satellite, what wanted to program, and in this scenario, the electromagnetic radiation would slow the time in crystal, what makes possible to store data more effectively.

So this thing would be the high-tech version of bottle post. And of course, as I have written before the Carl Sagan book "Contact" introduces spacecraft, what actions bases the quantum teleportation. But when we are playing with the idea, that quantum teleportation would someday be possible to create in the large scale, we might have the opportunity to create aircraft where the time slows inside it.

If we can create a jet fighter, what would have the quantum teleportation system, the pilot would have more time to aim weapons. And if secret agents might have this kind of futuristic system in their hands, they can stop time, and then just walk inside places like an enemy command center, photograph each screen and documents. After that our imaginational agent would return to the hotel, and nobody ever sees a thing.

Some little details about black holes and the event horizon

Some little details about black holes and the event horizon

Because we cannot see black holes, we cannot say that we know things, what is happening in that particle. The end of our ability to make observations is the event horizon, and after that everything, what we see is theory. Black holes are the tightest objects in the Universe, and that is what we know about that strange particle.

The Event horizon

The last time, when we see the object before it falls in the black hole is when it touches the event horizon. In that point, the speed of the dropping object would be the speed of light, and this means that the time would stop in the particle. And what is behind that point, what is called "Event horizon", is only theory, and we cannot know if the black hole would touch the event horizon, or is there some space, where the fallen object can travel to the center of black hole, because we cannot get observations from another side.

The thing what we would see, when we are dropping in a black hole is a mystery. We might feel that everything would be stopped and after that, we cannot imagine, what the world inside the event horizon would look like. Because time stops at the point of the Event horizon, we would feel, that we would be in that point forever, and actually, we don't know are we elding during that moment, what takes forever. But that is the thing, what we can think about.

When we are talking about black holes, we are talking about points or objects, where information disappears. That means that the information, what goes in the black hole would not come out, or we cannot see that information anymore. There is sometimes claimed, that the black hole would destroy material, and that is not true in the physical meaning. 

If we would think that in the Earth atmosphere would forming the tennis-ball-sized stable black hole the thing would be, that this object would crush the form of the material. But the physical form of the material remains, but the entire planet would be crushed, when it would be pulled in the black hole. The molecules would be destroyed by the tidal forces, and that means that the molecular form of the material would be destroyed.

But atoms would remain. If the black hole would be supermassive, it can suck entire solar systems in it. There have been theories that the black holes might have solar systems, and the thing is that the transform disk around that object would give energy in a similar way as the regular star. And if the planet would orbit at enough big distance it would have lifeforms, but the X-ray radiation of the black hole would be very powerful, and that means the species must be more protected against that radiation than we are. But theories are an interesting thing.