A team of physicists presented experimental evidence of a new state of matter – topological superconductivity. The discovery will help increase quantum memory and computing.
Scientists at the University of Buffalo and Wayne State University studied the ability of Majorana particles, which are their own antiparticles, to store quantum data in a computer environment protected from environmental noise. To transport the natural host material, the team decided to design new matter for further experimentation.
In the course of their research, they analyzed the transition of a two-dimensional platform from an ordinary quantum state to a new topological, energy barrier between them. Scientists also measured the signature characteristics and parameters of this transition, which controls the new phase…
According to physicists, the discovery of the state of topological superconductivity makes it possible to create scalable topological qubits not only for storing quantum information, but also for manipulating their quantum states, without errors..
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Recall that recently physicists for the first time it was possible to create an exotic liquid, consisting not of ordinary substances, but only of individual electrons and holes..
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text: Ilya Bauer, photo: New York University, htstatic.imgsmail