A parameterized quantum circuit is trained to make the readout of a dense qubit sensor monotonic in the applied field, extending the sensor's dynamic range in numerical simulations with two to four qubits.
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Enhancing the Dynamic Range of Quantum Sensing via Quantum Circuit Learning
A parameterized quantum circuit is trained to make the readout of a dense qubit sensor monotonic in the applied field, extending the sensor's dynamic range in numerical simulations with two to four qubits.