Going from Hamiltonian to GDS File: An Open Source Package for Generating Qubit Designs

ORAL

Abstract

We introduce SQuADDS, a Superconducting Qubit And Device Design Simulation database, an open-source design database and simulation package engineered for the rapid design of superconducting qubit architectures. Utilizing physics-driven algorithms and a large database of validated designs, the platform uses Qiskit Metal to programmatically generate device designs in alignment with user-specified Hamiltonian objectives. We discuss the database setup and demonstrate the workflow that allows a user to specify device characteristics and generate a full device design.

*This work was supported by NSF grant OMA-1936388, ONR grant N00014-21-1-2688, and RCSA Cottrell grant 27550.

Presenters

  • Sadman Ahmed Shanto

    • University of Southern California

Authors

  • Sadman Ahmed Shanto

    • University of Southern California
  • Andre Kuo

    • University of Southern California
  • Clark Miyamoto

    • University of Southern Califronia
  • Haimeng Zhang

    • University of Southern California
  • Vivek Maurya

    • University of Southern California
  • Evangelos Vlachos

    • University of Southern California
  • Malida O Hecht

    • University of Southern California
  • Eli Levenson-Falk

    • Univ of Southern California
    • University of Southern California