The development of QuTiP is a community based effort with several developers contributing, or helping to add, many new features to the growing list of QuTiP functions.
The governance process and model for the QuTiP project can be found here.
It also contains a charter document.
For the detailled list of all our contributors, check out our GitHub repositories.
Do you want to contribute to QuTiP? Learn how on
GitHub
or consider
sponsoring
the project.
RIKEN / University of Michigan
IBM Q
Library designer and main contributor
Tokyo, Japan
Library designer and main contributor
Aberystwyth University
Main focus: Quantum optimal control, solvers
Université de Sherbrooke
Main focus: Stochastic solvers, code optimization
RIKEN
Main focus: Symmetrical models, education and outreach
Chalmers
Main focus: Machine learning, Non-Markovian dynamics
RIKEN
Main focus: Non-Markovian dynamics, HEOM, open quantum systems
Forschungszentrum Juelich
Main focus: Quantum control, Quantum device simulation
RIKEN
Main focus: Quantum control, machine learning, general maintenance
Forschungszentrum Juelich
Main focus: Core data model and backends
RIKEN
Main focus: Quantum control, non-Markovian solvers, MPI
QFort, National Cheng Kung University, Taiwan
Main focus: Julia, non-Markovian dynamics
EPFL, Switzerland
Main focus: Julia, quantum optomechanics
Chalmers University of Technology
Macquarie University
RIKEN / University of Michigan
Rakuten
Unitary Fund
Université de Sherbrooke
University of Sydney
Imperial College London
Main focus: Core data model and linear algebra
Technical University of Munich
Main focus: Quantum control
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