White-box and black-box macromodeling for superconducting quantum circuits [Part II]

ORAL

Abstract

Modeling and simulation tools enable more rapid exploration of the superconducting quantum circuit parameter space than would be possible with fabrication and measurement alone. A variety of modeling schemes for these circuits have been proposed. However, experimental studies of these schemes are required to determine their regimes of applicability. In this talk we compare several modeling techniques to the measured parameters of many qubits. We evaluate these models in terms of their accuracy and resource requirements and discuss their utility for designing many-qubit systems.

Authors

  • Maxwell Block

    • Rigetti Quantum Computing
  • Michael Scheer

    • Rigetti Quantum Computing
  • Eyob Sete

    • Rigetti Quantum Computing
  • Nick Rubin

    • Rigetti Quantum Computing
  • Nikolas Tezak

    • Rigetti Quantum Computing
    • Edward L. Ginzton Laboratory, Stanford University, Stanford, USA
  • Matthew Reagor

    • Rigetti Quantum Computing
  • Chad Rigetti

    • Rigetti Quantum Computing