International Laboratory "Hybrid Nanostructures for Biomedicine"

1) Modeling and experimental investigation of the dynamics of heterogeneity in photo-induced luminescence in a mixture of nanoparticles of various sizes.

2) Modeling and experimental study of the spatial distribution of fluorescence intensity of nanocrystals in a colloidal solution during photo-induced changes in the diffusion coefficient.

3) Development of a light-sensitive photopolymeric material with fluorescent nanocrystals for recording holographic diffraction and sensor elements.

4) Holographic recording and laser scanning microscopy of periodic structures with fluorescent nanocrystals.

5) Study of the movement of quantum dots in spatially heterogeneous (cellular and simulated) systems using holographic relaxometry and fluorescence recovery methods (sFRAP, stripe Fluorescence Recovery After Photobleaching).

6) Modeling the redistribution of fluorescent nanoparticles in space during interferometric (holographic) and direct laser beam recording in a photopolymer.