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                          “Quantum Error Correction: Dream or Nightmare”





 Thursday, 18. Oct. 2018

    Video-Recording for any system with MP4-support

   - Video.mp4  (ca.376 Mb)

 15:15 – 16:15



                                                           Barbara Terhal

                                                                 (TU Delft)


Abstract :

In the '90 researchers in quantum information have developed a theory of quantum error

correction and fault-tolerance. This theory shows that quantum mechanics can describe

the dynamics of macroscopic objects, consisting of many elementary degrees of freedom,

given a sufficient amount of physical control and a means for entropy removal.

We discuss the ideas behind fault-tolerance and challenges towards realizing it, using

illustrations of superconducting transmon qubit experiments.  We discuss the alternative

idea of encoding qubits into oscillators. We present some of our recent work which

formulates a scalable circuit-QED architecture based on such encoding.


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