We have an opening for an exciting PhD position: combine tunable 2D materials with nanophotonic metasurfaces for switchable analog image processing! Find the full project description on the UvA website.
Check out our recent paper in Nature Nanotechnology where we combine microfluidics with nanophotonic metasurfaces to realize a comprehensive platform of optofluidics to achieve dynamic control of light fields!
Check out our new tutorial article in Journal of Applied Physics: a didactical introduction to metasurface and exciton physics, a comprehensive overview of excitonic materials, combined with a perspective on excitonic metasurfaces! The article is featured by the editor.
We have an opening for a challenging 2-year postdoc position: studying and leveraging exciton resonances in monolayer 2D semiconductors to realize actively-tunable 2D metasurfaces! Find the full project description on the UvA website.
In our recent paper in Nature Nanotechnology, we leverage the non-local behaviour of guided mode resonances to demonstrate a new metasurface that is fully transparent in the visible spectral range while redirecting near-infrared photons for optical eye-tracking.