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Researchers found A new way to make superconductors.



"At cooler temperatures, the spins in the material form random patterns. Where each pattern whirls like a helix with a particular twist. When heating the material, the spins choose one of the particular helix patterns, a phenomenon that normally occurs when the temperature decreases in magnetic materials. Credit: Radboud University" (ScitechDaily/ Physicists Stunned by Nature in the Wrong Direction: Magnetic Spins That “Freeze” When Heated)


The new stunning phenomenon was found. The magnetic spins freeze when heated. The temperature of that magnetic material, neodymium rises from -286 degrees celsius rise -285 degrees celsius. That thing caused the spin of the material to end. And the structure of that material reorders in a way that can interest the people who are working with superconductors. 

The ability to re-order material when operators want is the key element in quantum computing. Especially if a quantum computer uses a solid processor. This ability can make it possible to create a new type of superconductors. 

And those superconductors can use in the new type of quantum processor. The quantum processors require superconductors if there is used solid qubits. In the solid quantum processor, one line of atoms is one state of the qubit. The solid systems are making it possible to create compact-size quantum computers. And the reason why those systems are interesting is their power. 

The problem with that new effect used in quantum computers is that those magnetic structures should be a straight line. If those magnetic structures can be put, in a straight line. The ability to freeze the spin and put them to certain order when the user wants could revolutionize quantum computers. 

There is made a test where the calculation that takes 9000 years by using a binary computer is given to the quantum computer. The quantum computer made the same calculation in 36 microseconds. That is the difference in power between binary and quantum computers. 

And quantum computers are an excellent tool for driving complicated artificial intelligence programs. Quantum computers are the most powerful tools in the world of calculations. The artificial intelligence that is driven by a quantum computer can be more effective than people even believe. A complicated environment requires complicated software. Complicated programs require complicated and powerful tools. 

The fact is that maybe we will get the new table-top quantum computers quite soon to markets. And maybe someday, quantum computers are sold in ordinary supermarkets. 

Quantum computers can also drive metaverse programs. Those 3D interactive virtual worlds are impressive tools. Those graphic interfaces are making a new experience for internet users. But they require extremely powerful servers. And quantum-computer-based servers can be the next-generation tools for many things that are too complex for binary computers. 


https://www.sciencealert.com/a-huge-step-forward-in-quantum-computing-was-just-announced-the-first-ever-quantum-circuit


https://scitechdaily.com/physicists-stunned-by-nature-in-the-wrong-direction-magnetic-spins-that-freeze-when-heated/


https://twistedsifter.com/2022/07/quantum-processor-completes-9000-years-of-work-in-36-microseconds/


https://miraclesofthequantumworld.blogspot.com/

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