Researchers at UCLA have developed a new type of superconductor that exhibits unusual properties with potential applications in quantum computing. This layered material maintains superconductivity under high magnetic fields and displays the superconducting diode effect, allowing higher current in one direction. This chiral superconductor can help create more stable qubits for quantum computing, essential for the technology’s advancement. The material could also improve conventional electronics by enhancing speed and energy efficiency, particularly in low-temperature environments.
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