ultracold

Our server to control some monitoring units of the main experiment.

Experiment control system based on ControlLight. This code can be used with a GUI, providing a convenient, flexible way to control atomic, molecular or optical experiments. It can also be used as a library, giving access to higher level functions than available through ControlLight. This code is used for the AQuRA clock, see www.AQuRAClock.eu.

Simple camera data acquisition and analysis software, compatible with OpticsFoudnry Control, and used to bootstrap the AQuRA clock, www.AQuRAClock.eu.

A code combining molecular dynamics (MD) and quantum trajectories (QT) to simulate the interaction of ions in ultracold neutral plasmas with cooling lasers.

ControlLight is an API that provides direct access to the OpticsFoudnry control electronics under Windows and Linux. Usage examples in Python, Qt MinGW, Visual Studio C++ are provided.

A simple viewer for data images

A classical simulation of the dynamics of Rydberg atoms in a lattice at ultracold (near absolute zero) temperatures. These simulations were used for both qualitative and quantitative analysis of the system.

Experiment control system based on ControlLight. This code can be used with a GUI, providing a convenient, flexible way to control atomic, molecular or optical experiments. It can also be used as a library, giving access to higher level functions than available through ControlLight. This code is used for the AQuRA clock, see www.AQuRAClock.eu.

Qt example showing the use of OpticsFoundry_Control(_AQuRA) as a library. This software interface is used by LTE to access the AQuRA clock OpticsFoundry control electronics, see www.AQuRAClock.eu.

OpticsFoundry Sequencer code for Z-Turn V2 board, used to control the OpticsFoundry experiment control electronics.