• optical cooling and trapping atoms;
• photonics;
• plasma.

• femtosecond laser system with high power (Quantronix);
• diode lasers with an external resonator (Sacher Lasertechnik);
• fiber laser (1560 nm) with the system for generation of second harmonic (KEOPSYS);
• OPO laser system: optical parametric oscillator with pump laser (EKSPLA);
• system for full diagnostics of laser femtosecond pulses GRENOUILLE, type 8-20-USB (Swamp Optics);
• set for changing the previous laser model from the titanium sapphire TIS-SF-07 to model TIS-SF-777 (Tekhnoscan);
• diagnostic spectrometer, type CCS20013 (Thorlabs);
• spectrometer and a CCD camera with image amplifier (Princeton Instruments);
• optical table, type PTQ515414 (Thorlabs);
• optical table with pneumatic suspension system (Thorlabs);
• digital oscilloscopes, type DPO 5104 and TDS2012C (Tektronix);
• time-to-digital converter, type P7887 (FAST ComTec);

• the observation of  the rotation and oscilation moves of molecular orbital and the wave functions of electrons in the atoms making it possible to confirm the experimental results predicted by quantum theory;
• femtosecond ablation/processing of materials with a precision better than 100 nm;
• the chemical composition studies based on emission measurements for nanosamples (volume < 50 nm 3), with applicability in the studies and dating of monuments and works of art;
• researches for medicine and biology, where reduction of thermal effects resulting from short duration pulses can increase the precision of interference with the living tissues and the elimination of side effects;
• reaction of tumor tissues tested both from the diagnostic and therapeutic point.

Methods and research techniques:

• spectroscopic methods (absorption, emission, fluorescence, atomic spectroscopy);
• methods for quantum optics;
• methods for nonlinear optics;
• methods for photonics.