GPELab

GPELab is a Matlab toolbox developed to help physicists for computing ground states or dynamics of quantum systems modeled by Gross-Pitaevskii equations. This toolbox allows the user to define a large range of physical problems (1d-2d-3d equations, general nonlinearities, rotation term, multi-components problems...) and proposes numerical methods that are robust and efficient.

Downloads

The GPELab toolbox is freely available. You can also find more details on how the code works and how to handle it in the GPELab reference papers (see the Publications section).

GPELab reference papers

A first paper concerning the computation of stationary solutions and a second paper devoted to the simulation of dynamical solutions are published in CPC.

Contacts

Feel free to contact us if you have any problem with GPELab or if you have suggestions concerning the toolbox itself:

Romain DUBOSCQ: Romain.Duboscq@math.univ-toulouse.fr

Xavier ANTOINE: Xavier.Antoine@univ-lorraine.fr