Nano Optics opens up exciting prospects for future scientific
Our principal research topics are concerned with theoretical studies and experimental investigations of light-matter interactions at nanoscale.
At 糖果派对 Nano Optics, we conduct research primarily in the field of plasmonics, with nano-optical fields being coupled to electron oscillations in metal nanostructures, a unique feature that allows one, for example, to combine optics and electronics.
Research Topics and Projects
Our principal research topics are concerned with theoretical studies and experimental investigations of light-matter interactions at nanoscale, including strongly enhanced and extremely confined electromagnetic modes supported by plasmonic nanostructures, linear and nonlinear electromagnetic phenomena for light modulation and detection with ultracompact nanophotonic components, dynamic and multifunctional optical metasurfaces for molding radiation flow and exercising complete control over wavefronts and polarizations, efficient coupling of quantum emitters to nanostructures for enhancing and funneling spontaneous emission and to metasurfaces for molding single-photon emission.
Current portfolio of projects includes
VILLUM Young Investigator project af
Quantum Metasurface: A Novel Platform for Generating and Manipulating Single Photons
More VILLUM Experiment projects:
Room-Temperature Generation of Indistinguishable Single Photons by
Making a single photon capable of detecting a single molecule by
Tunable vortex lasers triggered by dynamic metasurfaces by
Other projects:
Inge Lehmann DFF-Research Project by
Electrically-driven tunable phase-change metasurfaces
Marie S.-Curie Individual Fellowship by
Advanced Single-Photon Sources Based on On-Chip Hybrid Plasmon-Emitter Coupled Metasurfaces(PhotonMeta)
Carlsbergfondets Reintegration Fellowship by
2D Material Light Sources for Plasmonic Waveguides, (2D-PLAWAVE)
Ministry of Education and Research (UFM) networking project by
Metasurface-Decorated Silicon Photonics for Quantum Applications
EU ATTRACT Phase 2 research project by
Adaptive METAmaterials for Smart Standalone Histopathology with Polarized Light (META-HILIGHT).