Scientific Experience
:
Theoretical nonlinear optics(1981-present):
Solvable models for spatial laser dynamics.
Spatial solitons.
Superluminality and Self-focusing instabilities.
Phase-locking of microchip laser arrays.
Theory of analog optical computing in microcavities.
Computational laser physics(1983-present):
Numerical modeling of
microchip lasers
and
laser arrays
for different cavity geometries.
Experimental laser physics(1979-1983):
Phase conjugation.
Michelson interferometry.
Statistical optics.
YAG MOPA laser systems.
Educational Experience:
Labs and Seminars in
MIPT
Statistical Physics and Thermodynamics
(Feb.2001 - June 2001)
Electromagnetism
(Sept.2001 - Jan.2002)
Publications,
patents
Programming:
Fortran,Java,JavaScript,
HTML.
Matematika,MathCAD, Matlab, Maple.
Optical design software: Zemax, Lascad,GLAD.
Scientific Interests:
Quantum optics,path integrals,chaotic dynamics,superluminality,solitons,
quantum wells/dots,phase conjugation,stimulated scattering,microchip lasers,cold atoms.
Education:
Bsc, Msc from
Moscow Institute of Physics and Technology
- 1980.
Ph.D. in Laser Physics:
P.N.Lebedev Physical Institute- 1994. Thesis:
"Periodic and chaotic spatial structures of radiation in nonlinear resonators and amplifiers".
Languages:
English : scientific - writing, technical - fluent, conversation - intermediate level.
Francais : reading.
Priority results:
Michelson interferometer with phase-conjugate mirrors(1980)
Prediction of the spatial solitons in self-imaging microcavity(1988)
Nonlocal maps for description of laser dynamics(1988)
Self-focusing instability suppression via Superluminal propagation(1988)
Scalable microchip solid-state laser arrays proposal(1990)
Theory of analog optical computing in microcavities(2003)
Professional memberships:
OSA
(1995,2003),
APS
(1995)
,
IEEE LEOS
(complimentary membership-1997).