The program includes lectures of leading scientists (30 min.) and oral reports (15 min.) and poster presentations of researchers, postgraduates and students in the field of laser physics and luminescence. The results of theoretical and experimental research in the following areas will be discussed at the sessions of sections.

1. Spatially selective interaction of light and matter.
Investigations of properties of single atoms and molecules in traps, on substrates and in media. Laser luminescence micro- and nanoscopy. Overcoming the diffraction limit. Research of longitudinal and transverse selectivity of light interaction with condensed matter. Highly-nonlinear volumetric optical storage media.

2. Optics of artificial quantum systems.
Fundamental research of artificial quantum systems obtained by methods of nano- and radiation-beam technologies. New sources of radiation based on single quantum systems. Luminescence of nanocrystals and color centers.

3. High-intensity laser pulse interaction with optical media.
Mechanisms of highly-nonlinear coloration of wide-bandgap crystals. Multiple filamentation and supercontinuum generation. Mechanisms of luminescence excitation by high-intensive ultrashort laser pulses.

4. Modern laser, luminescent and radiation methods and technologies.
New laser, luminescence and radiation applications in physics, chemistry, biology, medicine, computer sciences, engineering, industries and ecology. Perspective materials, devices and equipment.

E-mail:
Website: https://www.llph.ru