Dossier
superconducting qubits
Coverage of superconducting qubits in the Nexus archive.
- Quantum error correction can constantly recalibrate a processor
Quantum error correction can dynamically recalibrate processors by using error correction data, addressing calibration challenges in superconducting qubit hardware. Google has developed this method to mitigate drift issues during complex quantum computations.
- Experimental randomness amplification
An experimental realization of device-independent randomness amplification using superconducting qubits has been demonstrated. The experiment converts weak, correlated randomness into certified random bits through a Bell test, published in Nature.