Levenson-Falk Lab

SQuADDS. A validated design database and simulation workflow software for superconducting quantum hardware

QDW2025. A repository for QDW 2025 materials.

LFL_PaperBot. Paperboy-LFL is an automated tool for monitoring academic publications. It searches RSS feeds for specified keywords and authors, then pushes matching articles in a readable format to a designated Slack channel. This automation is fully handled via GitHub Actions.

qiskit-fall-fest-2024-tutorials. The repository with `SQuADDS` tutorials for Qiskit Fall Fest 2024

design_schema_MUNNIN. Jupyter Notebook

design_schema_WM1. Jupyter Notebook

design_schema_dissipator. Design schema for MUNNIN device.

Dissipator. Final version before submitting the preprint

Cavity-Cooling. Jupyter Notebook

device_simulator. Jupyter Notebook

metal-library. Library of pre-simulated superconducting quantum components built on Qiskit Metal.

QubitPresimulated. Library of premade qubits made in Qiskit Metal. Ask for a set of target parameters, and we'll give you a few close choices.

stabilized-sensing. Mathematica

zhinst-measurements. Python

state-stabilization. Measurement code to stabilize quantum states

scikit_for_sc_circuits. Scikit for Superconducting Circuits

fitTools. Python

LFL-Lab. Levenson-Falk Lab's GitHub. We're always looking for Ph.D. students and Postdocs! https://dornsife.usc.edu/labs/lfl/

squadds_LOM_sweep. Python

WM1_resim. Jupyter Notebook

paper_sweeps. Jupyter Notebook

QubitCavityFeedline. Automatic characterization of Qubits & Cavity & Feedline systems. Simulated via Qiskit Metal.

full_device_epr. Jupyter Notebook

cavity_sweeps. Jupyter Notebook

design_schema_SQuADDS. This is a template repository for experimentally validated device designs and measurements for the SQuADDS project