A simulator aim at simulating and solving Transmon based qubit-coupler-resonator system.
This program is directed by Dr. Fei Yan, BAQIS. The original code structe is adoppted from Mr. Pan Shi, Wuhan University & BAQIS, and contributed by Mr. Jiheng Duan and Dr. Ruixia Wang, and Dr. Zhen Chen.
Look up the PyPI page: https://pypi.org/project/qusim/
pip install qusim
You are required to install all these python packages in the system for running this simulator. See requirements.txt
.
Python
, version >= 3.10Installing virtual environment using conda
conda -n env_name python=python_ver -ipython
qutip
, version >= 4.6.3
- Nocie that
qutip 4.6.3
requiresscipy 1.10.1
exactly. Otherwise it will raise up error in functionfast_crs_matrix
. (https://stackoverflow.com/questions/76560698/python-3-10-qutip-attributeerror-cant-set-attribute-format)
matplotlib==3.8.3
mpmath==1.3.0
,pillow==10.2.0
,scipy==1.12.0
,sympy==1.12
,tqdm==4.66.2
,h5py==3.11.0
,pyqtgraph==0.13.7
,PyQt5==5.15.10
,vispy==0.14.3
,jupyter lab
orjupyter notebook
, optional
Just downloading the entire folder.
There is also a release.
We have two version: the
transmon_system.py
andarb_qubit_system.py
The detailed tutorial are shown in folder tutorial/~
, including required imports, define a system, what inside a system, scan zz-coupling, scan energy level, driven system dynamics, single qubit gate calibration, and DRAG calibration.
Our simulator includes the following features:
- Support multiple qubits
- Multiple initial state simulation
- Internal plot function
- DRAG
- Generalized for any qubit
- Good data saving and loading functions
- Tunable coupler helper
- Aviod crossing helper
Stop lazying
---------Jiheng Duan
- Pulse sequence compiler
- A better gate set paramter management system
- Bentchmakring tool box
- State/process/gate set tomography tool box
Thank you for taking the time to try our package out. If you found it useful in your research, please cite us as follows:
@software{jhd2024qusim,
author = {Jiheng Duan, Pan Shi, Zhen Chen and Fei Yan},
title = {QuSim: A object-oriented software toolkit for qubits simulation and control},
url = {https://github.com/RunawayFancy/QuSim},
version = {1.0.3},
year = {2024},
}
This package is open-source and welcomes all types of contributions. Whether you want to report a bug, request a feature, or submit a pull request, we encourage you to get involved. We’re also open to deeper collaborations to make the tool as useful as possible for everyone. If you’d like to discuss further, please email [email protected] to schedule a meeting.