3D printed compact atom sources

Location: European Center for Quantum Sciences, University of Strasbourg and CNRS (UMR7006) Contact person: Prof. Shannon Whitlock Group website: Laboratory of Exotic Quantum Matter

Description: This project involves the design and manufacturing of compact and light weight cold atom sources for quantum technology applications based on 3D printed components. Both two-dimensional magneto-optical traps and Zeeman slowers will be considered, applicable to laser cooling and trapping of potassium and ytterbium atoms which will be integrated as part of a public quantum computing platform being built in Strasbourg. The project will involve numerical modelling of laser cooling processes, computer aided design, manufacturing, assembly and optical alignment of the cold atom sources. Integration and testing of the sources may be possible through a subsequent PhD project. [Image: Frontiers of Physics volume 9, pages 571–586 (2014)]

Prerequisite knowledge: Physics and/or engineering knowledge. CAD experience would be a bonus.
Internship period and planned duration: between 2 and 6 months.