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SUMMARY:Exploring new frontiers with superconducting qubit circuits: expand
 ing\nthe Hilbert space beyond qubits and pushing qubit-cavity coupling to\
 nthe deep strong regime
CLASS:PUBLIC
DESCRIPTION:Summary \n\n IQC SEMINAR - SAHEL ASHHAB\, NATIONAL INSTITUTE OF
  INFORMATION AND\nCOMMUNICATIONS\, JAPAN \n\nSuperconducting qubits are ba
 sed on nonlinear electric circuits that\nsupport multiple quantum states. 
 Although only two states are used to\nrealize a qubit\, it is possible to 
 utilize more states and realize\nqudits (d-level quantum systems). We have
  proposed and experimentally\ndemonstrated optimized implementations of qu
 trit gates. We have also\ninvestigated the time-optimal implementation of 
 two-qubit gates in\nweakly anharmonic superconducting circuits.\n 
DTSTAMP:20231204T143652Z
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