Registration Number
0212U000460,
0107U002351
, R & D reports
Title
Study of coherent effects in atoms, molecules and nanoparticles interaction with laser radiation for efficient control of their quantum state and optical properties.
popup.stage_title
Head
Yatsenko L.P.,
Registration Date
14-02-2012
Organization
Institute of physics NASU
popup.description2
The aim is to promote the theory of diode frequency shifted feedback lasers and their experimental study, study the possibilities of using femtosecond laser radiation for the realization of an atomic trap, the development of atom interferometry techniques, using the methods of adiabatic transfer of momentum from the field to the atoms, organize and generalize information about the optical and nonlinear optical properties of chaotic and ordered nanocomposites of polymer nanoparticles, the study of stability and accuracy of atomic frequency standards based on coherent population trapping resonances in the multi-frequency lasers. Object of study: atoms and particles of submicron size (nanoparticles) in coherent optical fields. Methods of investigation: theoretical methods for the analysis of processes of the resonant interaction of laser radiation with matter, spectroscopic methods of investigation, the method of holographic photopolymerization, computer simulation. We propose an intuitive picture of the optical rangefinder with frequency-shifted feedback laser. A fully fiber-optic ring frequency shifted feedback laser with Er3+ is created. The proposed method of implementation of a large radiation pressure on atoms and optical trap for atoms created by counterpropagating sequences of light pulses are theoretically studied. Some aspects of the theory of stimulated Raman adiabatic passage and the mechanical analog of rapid adiabatic passage in atomic physics, the formation of coherent population trapping resonance in bichromatic and polychromatic fields are discussed. Proposed and justified a new method of storage of the coherence of atomic states in the populations. The diffractive optical elements based on photopolymer nanocomposites were manufactured by holographic method and investigated. The matched filtering of recognizable objects represented as phase masks were investigated. A source of spatially coherent femtosecond supercontinuum with controllable output parameters was created and was usedfor investigation of the photorefractive lithium niobate crystal.
Product Description
popup.authors
Єжов Павло Валентинович
Бойко Олексій Валентинович
Качалова Наталія Михайлівна
Кохтич Людмила Михайлівна
Литвинов Олексій Миколайович
Огурцов Володимир Володимирович
Романенко Віктор Іванович
Смірнова Тетяна Миколаївна
Ходаковський Володимир Михайлович
Яценко Леонід Петрович
popup.nrat_date
2020-04-02
