Soliton is as inexhaustible as an atom

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Spiralling optical traps for neutral atoms maintain nontrivial macroscopic quantum states

Phys.Lett.A,v.376,650-655,January,2012
Rotational Doppler effect for the phase-conjugated Laguerre-Gaussian Beams.

JOSA B29,714718, 12 April,2012
Sagnac effect for Laguerre-Gaussian Beams.

JOSA B27,2424,2010
Collision of the phase-conjugated optical vortices in plasma creates a plasma vortex with substantial magnetic field.

Phys.Lett. A374,4523,2010
Optical vortices in a speckle pattern form a twisted structures - the ropes.

Phys.Rev.A80, 013837,2009
Conservation of angular momentum in phase-conjugating mirrors.

J.Phys.B,v.41,101001,2008
Square optical vortex lattices in the near field of the microchip laser are suitable
for suspending the superfluids and turn them in rotation.

J.Mod.Opt.v.55,241,2008
Vortex-antivortex pairs in acoustical turbulence inside Brillouin mirror.

JETP.Lett,v.88,561,2008
Transverse mode-locking in broad-area lasers produces dissipative spatial solitons.

Opt.Spectr.v.89,145,2000
Transverse mode-locking via Talbot effect in broad-area lasers with periodic inversion profile
leads to the in-phase emission patterns.

Opt.Comm.v.99,350,1993
Transverse mode-locking via Talbot effect in broad-area lasers means the fulfillment of the following scaling relation:

Opt.Spectr.v.77,985,1994
Talbot phase-locking in laser lattices may be sensitive to the nanometer-scale roughnesses.

J.Mod.Opt.v.38,1887,1991
The robust and agile fast Fourrier transform split-step numerical code reproduces the essential features of laser dynamics.

Opt.Comm.v.99,350,1993;J.Mod.Opt.v.38,1887,1991
Beam propagation method.

SPIE Proceedings, Vol. 1410 Solid State Lasers II, George Dube, Editor, pp.221-232, 1991
Nonlinear Shrodinger-Frantz-Nodvik equation features: Self-similar propagation of the blue detuned light pulse in the rare-earth doped laser amplifier decelerates substantially the self-focusing and demonstrates superluminal velocity of the pulse envelope.

Sov.Journ.Quant.Electr.v.18,233,1988
The dissipative spatial soliton in confocal laser cavity. The soliton width as generalization of Rayleigh formula for focal spot.

P.N.Lebedev Physical Institute Proceedings. (in Russian)v.187,202-222,1988.
The public lecture in Polytekhnical Museum, Moscow. February 10,1987.

P.N.Lebedev Physical Institute Proceedings. (in Russian)v.187,202-222,1988.
Laser dynamics: chaos and order in output laser patterns through logistic maps. Elementary approach to split-step numerical schemes.

JOSA.v.B3,741,1986
Interferometry with phase-conjugating mirrors. Michelson did not expected that period of interference pattern may be of centimeter size.

Sov.Phys.JETP,v.52(5),p.847 (1980).
Phase fluctuations detection with phase-conjugating mirrors.

Sov.Phys.JETP Lett.,v.31,p.645(1980).


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