University of Chicago Researchers Demonstrate Quantum Communication Between Remote Superconducting Nodes
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Researchers at the University of Chicago introduced a new quantum communication testbed using remote superconducting nodes.
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They demonstrated bidirectional transmission of multi-photon quantum states between the nodes.
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The testbed uses resonators to store complex quantum states representing multiple qubits.
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The resonators are connected via a transmission line, allowing efficient communication of the quantum states.
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The new testbed could enable distributed computing between nodes and advance quantum communication protocols.