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Anyon-particle is a strange particle that remembers where it has been.


First-time researchers made strong observations about previously theoretical Anyon-particle. That particle is created by using a quantum computer. And there are discussions could that "Anyon" be real. Or is it a so-called simulation or virtual Anyon? The reason that makes an Anyon very interesting is it remembers the point. Where it has been.  

An Anyon particle can remember to route, and how it reached some energy level, and it means it can be a very effective tool in quantum computers.  Anyon can remember the route, how it reached a certain state.  And that thing can make error correction in quantum computers easier. 

Description of the experiment: "Creating and controlling non-Abelian wavefunctions. (a) We entangle 27 ions to create the ground and excited states of a Hamiltonian with D4 topological order on a kagome lattice with periodic boundary conditions. (b) Its excitations go beyond Abelian anyons, whose spacetime braiding depends only on pairwise linking, as exemplified by the e- and m-anyons of the toric code. (c) We create and control non-Abelian anyons mR,G,B which can detect Borromean ring braiding via anyon interferometry. Credit: arXiv (2023). DOI: 10.48550/arxiv.2305.03766"  

(Phys.org/Nonabelions observed in quantum computer could make them less prone to errors)

"In a development that could make quantum computers less prone to errors, a team of physicists from Quantinuum, California Institute of Technology and Harvard University has created a signature of non-Abelian anyons (nonabelions) in a special type of quantum computer. The team has published their results on the arXiv preprint server". (Phys.org/Nonabelions observed in quantum computer could make them less prone to errors)

It can use to reverse the states of qubits. And if a quantum computer could make the past states by using that particle. The thing is that Anyon can revolutionize quantum computing. The Anyon can use as the quantum memristor. The system can keep resistance in qubit or its sensor stable.  It can use to control the energy that is used in qubits or quantum electronics. But before Anyon can use in quantum computing there is one thing that we must remember. 

The Anyon can also use as quantum crypto keys. The system can use that particle for releasing the information. When Anyon reaches the right energy level it can release information that is stored in it. Or it can open the quantum lock that has access to information. If Anyon can remember a series of states it can use as a key, that is acting like the physical key. And it can make the next step in crypto security and quantum cryptography. 

The system must make Anyons controlled and large numbers by following strict variables. If that thing is possible, that thing can bring new winds for cryptology and quantum processing. 


https://phys.org/news/2023-05-nonabelions-quantum-prone-errors.html


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


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


https://anewtonsapple.blogspot.com/p/anyon-particle-is-strange-particle-that.html

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