Electrons are acting like tsunamis in the superconducting wires.

The researchers of the University of Tampere have discovered the new thing in the superconducting world. Electrons are traveling in the superconducting cable like tsunami waves. And that thing can bring new visions in the world of quantum physics and quantum mechanics. 

When electron swarms are traveling like tsunamis they have a very large capacity to transmit data. And that thing can use to send data to quantum computers. If the electrons are transmitting data to the quantum computers are moving in the form of a fan. Every each electron can shoot to its layer or state at the same time. So that thing can make the electron-tsunamis an interesting tool in computing. 

The electron tsunamis are the thing that can use for modeling the hypothetical wormhole or Einstein-Rose bridge. The slowing of the particles crushes them. Not travel through the energy channel. 

The idea of the wormhole is that the wave movement is traveling in the energy channel in one direction. That means that the time is slowing in the wormhole. So the electron tsunami has caused an idea that the information will be crushed when it comes out from the wormhole. The idea is easy to explain when we are using tsunamis as an example. 

If we are riding with tsunami at the open sea that thing is not dangerous. The danger is that when the tsunami hits the beach that thing causes the situation when we are flying to the sand. So the thing that causes damages and breaks our bones is the slowing. Riding with electron tsunami in the wormhole is safe until we come out from that thing. 

The quantum fields will crush the information when they are coming out from that energy channel. The thing that is making the wormhole so an effective transportation system, if it exists is that there are no quantum fields. That means nothing will slow the particle in the energy tunnel. When the particle comes out from that energy channel it hits the quantum field of the regular universe. That quantum field slows the particle. And slowing the speed is crushing the information. 

Even if we cannot create a wormhole between two black holes. We can probably make the virtual wormhole in extremely cold conditions. In the virtual wormhole, the wormhole is made by using a laser ray. Then the electron tsunami is launched in it. And the probe will travel in the electron cloud and laser ray to distant objects. But the virtual wormholes can use in quantum computers for protecting the data transportation in quantum computers. 

But maybe someday in the future...

The electron tsunami can put to travel in the laser ray. That is used as the virtual wormhole. But maybe in the future, the large-size laser can be used to create the virtual wormhole for the probes that are using an antimatter engine. The large, nuclear-powered laser can position in the Kuiper belt. 

And then the probe can shoot to the Alpha Centauri inside the laser ray and it can ride by electron tsunami. The Voyager-size probe that has an antimatter rocket could travel long distances in space inside the laser ray. And the electron cloud can put to travel within the laser channel. The idea is that the laser channel or virtual wormhole can protect the data transmission between the probe and its senders. 

https://www.tuni.fi/en/news/electrons-behave-tsunamis-findings-hold-promise-discovery-new-superconductors

https://en.wikipedia.org/wiki/Wormhole

Image: https://upload.wikimedia.org/wikipedia/commons/5/55/Large_breaking_wave.jpg

https://thoughtandmachines.blogspot.com/

Could photon captured by quark? And the difference between theory and practical science

Could photon captured by quark? And the difference between theory and practical science

The grand idea of physicists is to create a theory, that contains every particle of the area of physics. And the problem of this thing is that other theories would not find harmony with new theories. The thing is that Einstein's and Newton's theories have conflict, and because of the theory of Special Relativity cannot fit the quantum theory, which means that the world of those people is collapsed. If they cannot create the formula, which contains everything in the Universe, that thing would mean that everything cannot be introducing with mathematics. So this is the problem with theoretical and practical science.

At this point, we must say that Einstein created his famous formula for about ten years. People think that creating some formulas is a very easy job, and they might be really interesting things, but then the mathematical formulas must fit the observations and don't worry, that thing is the most fascinating and at the same time difficult part of science. So what the scientists wait, when they are using some instrument.

Could photon captured inside the quark?

They might wait years the situation, that the photon would impact with another photon or quark in some laser ray, that thing could ever happen, but some people believe that kind of possibility, where photon goes inside the quark like in pocket. The thing would be extremely short projection, where photons would capture inside the quark.  There is a strange theory that photons can merge with other photons or quark. That theory is one of the most fascinating and at the same time unbelievable claim in history. There is not single prove that photons can capture by quark, but if that thing is possible that could revolutionize many things.

The thing what scientist could wait is a theoretical thing, what is called as the photon fusion, there is a little possibility, that the photons can merge, but that reaction cannot even prove. The reason for that theory is that because almost everything in the universe can be impact together, so why photons can merge or quarks, as well as quarks and atoms,  do together, do in the high-energy reactions.

But there is no way that we could prove that thing because for that thing would need the photon or quark, what has extremely high energy, or what comes in the right direction. That thing would prove that photon has mass or there could be some reactions between photons, what we will not know. And the people, who are making those investigations would just in that time cut the electricity off from laser when the suitable photon or quark comes to atmosphere.

That thing would cause this kind of reaction, which is impossible at this moment ever detected. This thing is the most incredible scenario. Just at the moment, when some theories can be proven that the system would turn off in a couple of seconds. But the extremely long laser rays have confirmed the thing, what is called as the gravity wave true.

Gravity waves

LIGO-system has detected those waves at the moment when two black holes have collided and in this kind of case the gravity wave would cause that the laser ray would be flattened like some kind of tube, and that thing would not seem like some kind of seismic action. But for hunting those gravity waves the laser ray must be extremely long, and the length of that laser ray in LIGO is over 3000 kilometers. That distance makes possible to see, how the laser ray would be flattened.

But if we would want to create a more sensitive sensor, we would need longer laser rays. In some scenarios to the edge of the solar system would send two or three probes, where is laser systems. Those lasers would form the sensor, what size is the same as the solar system, and those laser rays could measure weaker gravity waves than any system before it.