A Quantum Toolchain

This poster demonstrates a complete toolchain for modeling, designing and simulating quantum technology. Our QNET package implements a complete and extensible computer algebra framework for quantum mechanics. It especially focuses on modeling large scale quantum networks. Starting from the analytical description inside QNET, we build a numerical simulation in QuTiP (a popular package for quantum dynamics). Alternatively, we use code generation to generate simulations using several high-performance C++/Fortran libraries. Lastly, the simulations are run on an HPC cluster, orchestrated via pydoit, and our clusterjob package.

 Speaker: Michael Goerz, Stanford University and Army Research Lab