Julia package for simulating superconducting circuits.
This post demonstrates how to calibrate sideband gates in Python using the Floquet-Landau-Zener (FLZ) physics. The code is designed to be run in a Jupyter Notebook or as a standalone Python script. It uses the scqubits and qutip libraries to simulate the dynamics of a superconducting circuit and analyze the results. This was run with: Python version: 3.11.10 (main, Nov 26 2024, 19:12:45) [Clang 16.0.0 (clang-1600.0.26.4)] Qutip version: 5.1.1 scqubits version: 4.3 Some Setup All the code for this can be found in this Jupyter Notebook and FloquetDemo.py.
Demonstrating multimode control!
High precision entanglement Hamiltonian calculations using free fermions.
Calculating N-partite entanglemnet negativity using replicas.
