Pulsed Generation of Continuous-Variable Cluster States in a Phononic Quantum Network
A research team has demonstrated the pulsed generation of continuous-variable cluster states within a phononic quantum network, using mechanical oscillators as the quantum nodes and acoustic channels for connectivity.
OutlookPlausible
The pulsed generation technique can be used to create small fixed-size cluster states for benchmarking quantum error correction codes and implementing simple measurement-based algorithms on a phononic chip.
quantum networkingerror correctionCalifornia Institute of TechnologyDelft University of TechnologyUniversity of Vienna