Michigan University Researchers Shine New Light On Development Of Quantum Computers
@aditya-deshmukh-wKCSZt
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Oct 25, 2024
Oct 25, 2024
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Research and Physicists at the University of Michigan has raised new hopes for the development of quantum computers and other electronics. They believe that an exotic state of matter will play the key role in it. To prove, they have discovered and confirmed several properties of the compound samarium hexaboride, results of which shut the old case of classifying materials. It was a mystery that has been investigated since the late 1960s.
The researchers provide the first and convincing evidence that samarium hexaboride can conduct electricity like metal over surface and block current like rubber through interiors, which makes it a Topological Insulator. To physicists it is an exciting class of solids that behaves in such unique way. The samarium hexaboride, abbreviated as SmB6, maintains its chemical composition throughout despite having a two way behaviour. The surface of SmB6 holds the rare Dirac electrons which helps researches to overcome the difficulties of quantum computing.
Co- author Lu Li claimed that the deeper understanding of samarium hexaboride raises the possibility that engineers might one day route the flow of electric current through quantum computers just like they do on silicon in conventional electronics. He also said that, no one had found Dirac electrons in such a strongly correlated material. While he also thinks the material is not the answer but the combination of properties is. So they are looking for similar candidates who will show similar combination of properties.
The only drawback with this SmB6 is that, the behaviour was observed at ultra-cold temperature and so they are yet to share results about room temperature. What are your views on this new research about quantum computing? Share it through comments.
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The researchers provide the first and convincing evidence that samarium hexaboride can conduct electricity like metal over surface and block current like rubber through interiors, which makes it a Topological Insulator. To physicists it is an exciting class of solids that behaves in such unique way. The samarium hexaboride, abbreviated as SmB6, maintains its chemical composition throughout despite having a two way behaviour. The surface of SmB6 holds the rare Dirac electrons which helps researches to overcome the difficulties of quantum computing.
Co- author Lu Li claimed that the deeper understanding of samarium hexaboride raises the possibility that engineers might one day route the flow of electric current through quantum computers just like they do on silicon in conventional electronics. He also said that, no one had found Dirac electrons in such a strongly correlated material. While he also thinks the material is not the answer but the combination of properties is. So they are looking for similar candidates who will show similar combination of properties.
The only drawback with this SmB6 is that, the behaviour was observed at ultra-cold temperature and so they are yet to share results about room temperature. What are your views on this new research about quantum computing? Share it through comments.
Source: #-Link-Snipped-#