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Alice & Bob's switch from microwave signals to DC voltage for cat qubit stabilization significantly lowers power consumption and heat generation, addressing critical bottlenecks for scaling superconducting quantum processors. By enabling multiple operations on a single chip with simpler control electronics, this advancement directly supports the integration of larger, more stable quantum systems required for practical applications.
Alice & Bob Slashes Cat Qubit Stabilization Time with DC Voltage
Alice & Bob demonstrated a new method for stabilizing cat qubits using DC voltage instead of microwave signals. This approach achieved a 3 MHz two-photon exchange rate, exceeding previous coupler speeds.
Good day, quantum explorers. Alice & Bob demonstrated a new method for stabilizing cat qubits using DC voltage instead of microwave signals. This approach achieved a 3 MHz two-photon exchange rate, exceeding previous coupler speeds. The technique allows multiple operations on a single chip by altering voltage, enabling more…
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