Positions:
1993 - 1999.
Lebedev Physics Institute, Research
scientist
Spatial solitons analysis in confocal cavities.
Theoretical studies of nonstationary wave phenomena in
solid-state microchip laser arrays. Developing of fast numerical
ann solvable analytical models, including relaxation of active
medium and spontaneous emission. Computer modeling using
workstations VAX-DEC, SGI, Sun Microsystems. Computing skill in
WinNT 4.0, Win3.11,95/98, VAX-VMS, MathCAD 3-7, Mathematica 2.2.
Familiar with UNIX, IriX, LinuX, Zemax, BPM-CAD, Oslo, GLAD.
1983 - 1993.
Lebedev Physics Institute, junior
Research scientist
- Theoretical studies of nonlinear dynamics of solid-state
lasers with an intracavity harmonics geleration. Analytical
"green problem" solutions for blue and green laser
sources. Developing of simple adequate theoretical models,
describing regular and chaotic oscillations.
- Exactly solvable
models of self-focusing of nanosecond laser pulses in solid-state
laser amplifiers.
- Numerical modeling of spatial structure of
electromagnetic waves in solid-state laser cavities. Using a
split-step FFT method for calculations of intensity and phase
Îistributions in media with an apbitrary optical gain and
refractive index layout: from gaussian to periodic. Developing of
the fast codes for numerical solution of nonlinear partial
differential equations in VAX-VMS environment ( DEC MicroVAX).
-
1980 - 1982.
Lebedev Physics Institute, Engineer.
Experimental research of stimulated scattering of laser radiation
by sound waves in liquids, solids and gases. Assembling of
table-top solid-state lasers, including electrical and optical
adjustment and repair. Measurement of spatial and temporal
parameters of nanosecond laser pulses. Investigation of optical
phase conjugation for coherent addition of laser beams.
Interferometric studies of phase conjugating mirrors. Statistical
data handling. Defense of intellectual property by patents
promotion.
Skills:
- Theoretical optics: exactly solvable models of Maxwell-Bloch
equations.
- Computational modeling of lasers resonators and resonator
arrays.
- Computer software installation and testing: WinNT/3.11/95/98,
LinuX,
Internet browsers, symbolic processors, optical design software.
- Experimental laser physics - mounting,
positioning, ajusting of optical components.
Academic Background:
High Ed., University:
Moscow Institute of Physics and Technology (MIPT). 1980.
Diploma thesis: "
Application of Brillouin mirror in pulsed-periodic and
multichannel laser systems. "
Ph.D. from Lebedev Physics Institute (laser physics) 1994.
Ph.D. thesis:"Periodic and chaotic spatial structures of
light waves in nonlinear resonators and amplifiers."
Publications
1993 - 1999.
Lebedev Physics Institute, Research
scientist
Spatial solitons analysis in confocal cavities.
Theoretical studies of nonstationary wave phenomena in
solid-state microchip laser arrays. Developing of fast numerical
ann solvable analytical models, including relaxation of active
medium and spontaneous emission. Computer modeling using
workstations VAX-DEC, SGI, Sun Microsystems. Computing skill in
WinNT 4.0, Win3.11,95/98, VAX-VMS, MathCAD 3-7, Mathematica 2.2.
Familiar with UNIX, IriX, LinuX, Zemax, BPM-CAD, Oslo, GLAD.
1983 - 1993.
Lebedev Physics Institute, junior
Research scientist
1980 - 1982.
Lebedev Physics Institute, Engineer.
Experimental research of stimulated scattering of laser radiation
by sound waves in liquids, solids and gases. Assembling of
table-top solid-state lasers, including electrical and optical
adjustment and repair. Measurement of spatial and temporal
parameters of nanosecond laser pulses. Investigation of optical
phase conjugation for coherent addition of laser beams.
Interferometric studies of phase conjugating mirrors. Statistical
data handling. Defense of intellectual property by patents
promotion.
Skills:
- Theoretical optics: exactly solvable models of Maxwell-Bloch
equations.
- Computational modeling of lasers resonators and resonator
arrays.
- Computer software installation and testing: WinNT/3.11/95/98,
LinuX,
Internet browsers, symbolic processors, optical design software. - Experimental laser physics - mounting,
positioning, ajusting of optical components.
Academic Background:
High Ed., University:
Moscow Institute of Physics and Technology (MIPT). 1980.
Diploma thesis: "
Application of Brillouin mirror in pulsed-periodic and
multichannel laser systems. "
Ph.D. from Lebedev Physics Institute (laser physics) 1994.
Ph.D. thesis:"Periodic and chaotic spatial structures of
light waves in nonlinear resonators and amplifiers."