Our research group is now suggesting experimental and theoretical research projects for PhD, MSc, and undergraduate students in the following research subjects:


 
Harvesting quantum light: Understanding light-matter interactions on the quantum level, single photon sources, nano-optical and plasmonic devices for quantum information.

 

 

  
Light-induced ultra-cold quantum condensates on a chip: How to create atomic-like quantum gases of quasi-particles made with light inside semiconductor nano-structures.

 

 

  
Mixing light and matter for future quantum opto-electronics: Study of half-light half-mater particles in quantum structures.

 

 

  
Applied optics: Developing new concepts in optical-probes of material properties with high resolution for industrial and scientific applications.

 

 

  

Experimental tools include ultrafast optical imaging and spectroscopy, quantum optical measurement techniques, nano-fabrication, and low temperature optics. Theoretical tools include quantum many-body models, numerical tools for light-matter coupling in nano-structures, and advanced simulations of system dynamics.