Spin rephasing helps quantum memories store single-photon states longer for future networks
Scientists are working on a quantum internet that uses qubits to transmit information instead of bits. To make this possible, they need to find ways for these qubits to store and exchange data efficiently. Researchers have developed a technique called spin rephasing that helps qubits preserve single-photon states longer.
Why it's good news: It brings us closer to the development of a quantum internet, which has potential applications in secure communication and advanced computing.
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