IP PAS - Laser Spectroscopy (ON-2.2)

Research

Our research interests:

Surface plasmons in spherical noble and simple metal nanoparticles
(multipolar plasmon oscillation frequencies and damping rates as a function of particle size, manifestation of plasmons in response to the light field, enhancement of plasmon near-field, Mie scattering theory).
Guidance: Krystyna Kolwas

Drying of a levitating microdroplet of suspension of nanoparticles in electrodynamic trap: from surface aggregates to microcrystal.

Guidance: Krystyna Kolwas
Maciej Kolwas

Optical methods in studying energy conversion processes in mitochondria of sperm cells (simple method of assessment of sperm motility, paths of motion and velocity distribution function of living sperm cells).

Guidance: Krystyna Kolwas

Previous study:

Evaporation dynamics of water droplets and water droplets with inclusions
(dielectric micro-spheres and fullerenes) imprisoned in electrodynamic trap.

Properties of single sodium nanodroplets in an opto-electrodynamic trap
(Mie scattering theory, T-matrix scattering theory).

Optical properties of sodium droplets induced by laser light from sodium vapor
(Mie scattering theory, surface plasmons in spherical particles. modeling of dielectric properties),

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