A python library that simulates the control of a memristor circuit on a quantum dot.
More precisely, it simulates the voltage output of a memristor circuit composed of a memristor model following your devices. The resistive value is found using pulsed programming on the memristor model. Then, the stability diagram can be generated from the voltage output, which represents the possible control this circuit can have on a quantum dot.
All simulation data presented in the article Memristor-based cryogenic programmable DC sources for scalable in-situ quantum-dot control is reproductible using this library. Experimental data is available at https://osf.io/fpb9r/?view_only=151acd3c70464b4d82af30213beb791d.
QDMS was developed on python 3.9.5, but should work on 3.X.X . To install the library and its dependencies, use:
pip install git+https://github.com/3it-nano/QDMS
The dependencies are: matlplotlib, numpy and cpickle.
To remove the library and all dependencies, use pip-autoremove:
pip install pip-autoremove
pip-autoremove qdms -y
pip uninstall pip-autoremove -y
To only uninstall the library use:
pip uninstall qdms -y
To get started with this library, see Getting Started.
Institution : 3IT
Research group : 3IT Nano
Lead Reseacher : Pierre-Antoine Mouny
Programmer : Sébastien Graveline