Objectives: Development of the fundamental and applied research in the nonlinear
optics and surface spectroscopy.

Tasks:

• Development of the models and numerical algorithms for the light pulses and beams
  propagation and interactions in non-homogeneous optical waveguided mediums;
• Development of the Q-switched solid-state microchip and fiber lasers with nonlinear
  optical elements and their application for material and environmental sciences;
• Development, expertise and implementation of the laser radiation parameters
  measurement methods;
• Development of the surface spectroscopy methods for thin-film diagnostics and sensors;
• Consulting and expertise on the operation, application and implementation of optical
  and spectroscopic devices in light technologies.