When you change the two parastenders, these hidden features turn into tandems. As a resemblance, imagine that these features are color. Start with the two parasist, one that is internally red and the other which is blue internally. When they change the places rather than retain these colors, they both turn into similar methods, as is suggested by the special model’s mathematics. Perhaps the exchange leaves them green and yellow. It rapidly turns into a complex game, where para -particles affect each other in an uncomfortable way when they move around.
Meanwhile, Muller was also busy considering the DHR Thermies again. He said, “It is not always very transparent what they mean, because it is in a very complex math framework.”
His team took a new perspective for the Para Partial Question. Researchers considered the fact that quantum systems could be available in several potential states simultaneously. Which is called a super position. He imagined the change between the observers in these expert states, each of which describes the branch of his reality in a slightly different way. If the two particles cannot really be separated, they think, then it will not matter if the particles have been converted into a branch of the superpoint and not in the other.
Muller said, “If the particles are near, I change them, but if they are far away, I do nothing.” “And if they are both in the super position, I exchange in one branch, and do nothing in the other branch.” Even if observers across the branches label both particles in the same way, it should not be different.
This strong definition of separation in the context of superpoints imposes new restrictions on the types of particles that may exist. When these are assumptions, researchers found that para -particle was impossible. AS does not really be separated by measurement, because physicists expect early particles, then it should be Bosan or frameen.
Although Wang and Hazarid first published their dissertation, it is as if they saw Muller’s obstacles coming. Their paragraphs are possible because their model rejects Muller’s initial assumption: particles are not separated in the context of quantum superposes. It comes with the result. While changing the two parasites has no effect on the measurement of a person, two observers, by sharing their data with each other, can determine if the parade particles have been changed or not. The reason for this is that changing para -particles can change how the two people have a measuring. In this sense, they can tell both para -particles.
This means that the new states have the potential. While Bosan can pack an endless number of particles in the same condition, and framers cannot share any state at all, para -particles end somewhere in the middle. Before being crowded and forcing others to new states, they are only capable of packing a few particles in one case. Of course, how many people can be done together depends on the para -particle details – theoretical framework allows for endless options.
Muller said, “I find their paper really interesting, and our actions are completely. There is no contradiction.”
The way of reality
If there are paragraphs, they will mostly be the emerging particles, called Co -Particals, which appear as an energy vibration in some quantum materials.
“We can find new models of foreign stages, which were difficult to understand earlier, that you can now easily solve using para -particles,” said Meng Cheng, a physicist at Yale University, who was not involved in the research.
Brace Gadeway, an experimental physicist at Pennsylvania State University, who sometimes cooperates with thousands of thousands, is hopeful that para -particles in the lab will be realized in the next few years. These experiments will use Rideburg Atoms, which are dynamic atoms with electrons that revolve around their nucleus. This separation of positive and negative charges makes the Rideburgh atoms, especially for the electronic fields. You can make quantum computer by communicating with Rideburg Atoms. He is also the best candidate for creating para -particle.
“For a special type of Ridberg quantum simulator, this is the only thing they do naturally,” Gedway said about making para -particles. “You prepare them and see them ready.”
But for now, the third kingdom of particles is complete ideological.
Nobel Prize – The winning physicist and the inventor of a mess, Wilsick said, “Para Particles can be important.” “But currently they are basically an ideological curiosity.”
The original story Re -published with the permission of Quanta Magazine, an editorially independent post Simones Foundation The mission of which is to enhance the public understanding of science by covering research advances and trends in mathematics and physical and life sciences.
