In the Atom Optics group we study Bose-Einstein condensates in a unique situation, namely that the interactions between the superfluid and thermal atoms are in the hydrodynamic regime.
In our group, we aim to realize a new paradigm in imaging in scattering materials by integrating concepts from these distinct fields.
In the Atom plasmonics group, we use nano structures as traps for atoms. When the atoms are close to these structures, we can study how the plasmonics excitations couple to the atoms.
We investigate and explore non-conventional method of imaging in scattering materials by integrating concepts from distinct fields such as space-time wavefront shaping, compressive sensing, adaptive optics and optical metrology.
24 February 2017
A new way to compensate variations in nanophotonic circuits may lead to energy savings in datacenters and computer equipment.
22 November 2016
"Excellent opportunity to apply concepts from photonics to the brain," says programme leader Lukas Kapitein
8 November 2016
Playing ping pong with light to find open channels
8 September 2016
Tenure tracker Sanli Faez on the Physics of Light in Complex Systems laboratory
7 July 2016
Three research projects at the Faculty of Science receive subsidy from FOM-Projectruimte