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High-quality plasmonic nanocones having tips with single-digit radius of curvature can be reproducibly fabricated. See related article. 


A flat optical nanoantenna capable of beaming light emitted by a single molecule has been studied theoretically and experimentally. See related article.


Our work on ultrabright single-photon source on diamond with electrical pumping at room and high temperatures published in New Journal of Physics


Diamond-based light sources will lay a foundation for quantum communications of the future, MIPT Press Release (05.08.16)


Our work on planar directional antennas has been recently presented at CLEO:QELS 2016

Nano Sensing

A major advantage of optical probes is their ability to detect low quantities of target molecules without direct contact to the sample. Although fluorescence-based approaches are available and sufficiently sensitive, they often lack the necessary flexibility for being integrated into lab-on-a-chip systems. We focus on nanophotonics-based sensing as it promises to build on the advantages of optical sensing, while overcoming its limitations by providing a high sensitivity, specificity, dynamic range, as well as the possibility for easy integration into simple and affordable devices. Furthermore, we aim at advancing single-molecule techniques with emphasis on biosensing applications.