Laboratory of Nanoplasmonics
Research Laboratory of Nanoplasmonics was established in 2017 under the Chair of Ultra High Frequency Radiophysics and Telecommunications.
The main research directions of the Research Laboratory of Nanoplasmonics are as follows:
- Study of the superfocusing (nanofocusing) phenomenon of surface plasmon polaritons (SPP) propagating through metal structures for the purpose of creating scanning microscopes with nanometer resolution,
- spontaneous radiation changes in systems consisting of a quantum dipole oscillator and a metal nanoparticle and the possibility of entangled quantum states in the system aimed at increasing the speed of information processing systems,
- experimental investigations and comparisons based on numerical calculations and theoretical analysis of the phenomenon of the extraordinary passage of light through holes or slits with dimensions smaller than the wavelength, built on an opaque metal screen,
- design of an ultrasensitive vibration sensor (about 50 nm) based on radiation from metallic optical fiber tip crossing the surface of liquid.
