Physicists have developed a groundbreaking superconductor material that could revolutionize the scalablity and reliability of quantum computing components.
By combining trigonal tellurium with a gold thin film, they created a two-dimensional interface superconductor with enhanced spin polarization, which shows promise for creating stable spin qubits. The material’s transition under a magnetic field suggests it could be used as a triplet superconductor, potentially leading to more robust quantum computing components. Moreover, the new superconductor technology naturally suppresses decoherence sources, a significant challenge in quantum computing, using non-magnetic materials for cleaner interfaces.
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