Atomic transitions of 39K, D2 line are studied in strong longitudinal magnetic fields, up to
1000 G, with a high spectral resolution. The saturated absorption (SA) method was used in a …

The selective reflection of laser radiation from the interface between a dielectric window and
the atomic vapors confined in a nanocell of thickness L≈ 350 nm is used to develop …

Magnetically induced (MI) transitions of the D 2 line of 39 K atom in an external magnetic
field of 10–600 G have been experimentally and theoretically investigated for the first time …

Micrometric-thin cells (MCs) with alkali vapor atoms have been valuable for research and
applications of hyperfine Zeeman splitting and atomic magnetometers under strong …

A nanocell filled with atomic vapors of rubidium and potassium was used to develop a
modified method of Faraday rotation. The formed lines are characterized by a spectral width …

Theoretical studies of the Faraday rotation (FR) effect in alkali vapors contained in extremely
thin cells are presented. It is shown that the spectra of the FR signal are well frequency …

This thesis presents the study of coherent light interaction with a sub-wavelength atomic
alkali vapor layer confined in a nano-cell and applications for the formation of narrow optical …

I express my deepest gratitude to the French Embassy in Armenia for the opportunity to go
and study in France as well as for discovering French culture. I acknowledge financial …