Frame jitter sensing
Embedded Files
Chirped pulse fiber lasers for extreme light.
A.Yu.Okulov. "Coherent chirped pulse laser network in Mickelson phase conjugating configuration."
Applied Optics, v.53, Iss. 11, pp. 2302–2311 (2014). (pdf)
A.Yu.Okulov. "Laser Singular Theta-Pinch."
Physics Letters A, v.374, pp. 4523-4527 (2010). (pdf)
A.Yu.Okulov. "Cold matter trapping via slowly rotating helical potential.".
Physics Letters A, v.376, 650-655 (2012). (pdf)
A.Yu.Okulov. "Twisted speckle entities inside wavefront reversal mirrors".
Phys.Rev.A, v.80, 013837 (2009). (pdf)
A.Yu.Okulov."Vortex-antivortex wavefunction of a degenerate quantum gas".
Laser Physics, v.19,n.8,pp.1796-1803 (2009). (pdf)
A.Yu.Okulov. "3D-vortex labyrinths in the near field of solid-state microchip laser".
Journal of Modern Optics,v.55,n.2,pp.241-259(2008). (pdf)
Rotation sensors.
A.Yu.Okulov. "Superfluid rotation sensor with helical laser trap ."
Journ. Low. Temp. Phys., v.171, n.3-4 p.397-407, (2013).(pdf)
A.Yu.Okulov. "Rotational Doppler shift of the phase-conjugated photon."
JOSA B, v.29, 714-718, 12 April (2012).(pdf)
Cavity solitons.
A.Yu.Okulov."Spatial soliton laser: geometry and stability".
Optics and Spectroscopy,v.89,N.1,p.145-147(2000). (pdf)
A.Yu.Okulov.A.N.Oraevsky."Spatiotemporal dynamics of a wave packet in nonlinear media and discrete maps".Proceedings of Lebedev Physics Institute.(in Russian), N.G.Basov ed., Nauka, Moscow, v.187,p.202-222 (1988). Library of Congress Control No.: 88174540. (pdf)
A.Yu.Okulov."Diffractive autosolitons in quantum-well structures".
Bulletin of the Lebedev Physical Institute,N.6,p.8(1999). (pdf)
A.Yu.Okulov."Exact theory of localized and periodic structures in an active optical resonator". Bulletin of the Lebedev Physical Institute, N.10, (2004). (pdf)
A.Yu.Okulov,“Structured light entities, chaos and nonlocal maps”. Chaos,Solitons&Fractals,v.133, April (2020). https://arxiv.org/abs/1901.09274
Singular optics.
A.Yu.Okulov. "Phase-conjugation of the isolated optical vortex using a flat surfaces."
JOSA B27,No.11 , p.2424-2427, (impact 2.181) (2010) . (pdf)
A.Yu.Okulov."Twisted speckle entities inside wavefront reversal mirrors".
Phys.Rev.A,v.80, 013837 (2009). (pdf)
A.Yu.Okulov. R.A.Zakharyan. "Multiply connected rotating spiral structures inside wavefront reversal mirrors". Optics and Spectroscopy, v.107,n.3,pp.424-428 (2009). (pdf)
A.Yu.Okulov. "Optical and sound helical structures in a Mandelstam-Brillouin mirror".
JETP Letters,v.88,p.487-491 (2008). (pdf)
A.Yu.Okulov."Angular momentum of photons and phase conjugation".
J.Phys.B, v.41, 101001 (2008). (pdf)
A.Yu.Okulov."3D-vortex labyrinths in the near field of solid-state microchip laser".
Journal of Modern Optics,v.55,n.2,pp.241-259 (2008). (pdf)
A.Yu.Okulov. "3D-configuration of the vortex lattices in microchip laser cavity".
Quantum Communications, Measurement and Computing. Proceedings of the VII International Conference, Glasgow, UK, 25-29 July (2004), p.366.AIP Conference Proceedings, v.734 (2004). (pdf)
Fast light.
Numerical modeling.
A.Yu.Okulov,A.N.Oraevsky." Compensation of self-focusing distortions in quasiresonant amplification of a light pulse" (in Russian) Sov.J. Quantum Electron.v.18(2),p.233(1988).
Phase-locking in microchip lasers.
A.Yu.Okulov."3D-vortex labyrinths in the near field of solid-state microchip laser".
Journal of Modern Optics,v.55,n.2,pp.241-259(2008)(.pdf).
A.Yu.Okulov."Two-dimensional periodic and quasiperiodic spatial structures in microchip laser resonator".Preprint P.N.Lebedev Physical Institute RAS, N.24 (2002).pdf
A.Yu.Okulov."Scaling of diode-array-pumped solid-state lasers
via self-imaging". Opt.Comm.,v.99,p.350-354(1993).
A.Yu.Okulov."The effect of roughness of optical elements on
the transverse structure of a light field in a nonlinear Talbot
cavity".J.Mod.Opt.,v.38,N.10,p.1887(1991).
A.Yu.Okulov."Two-dimensional periodic structures in nonlinear resonator".
JOSA,v.B7,N.6,p.1045(1990).
A.Yu.Okulov."Gain-mode coupling in solid-state microchip laser array".
Optics and Spectroscopy.v.77,N6,p.985(1994).
Phase conjugation.
A.Yu.Okulov. "Phase-conjugation of the isolated optical vortex using a flat surfaces."
JOSA B27, v.27, p.2424-2427 (2010).(.pdf).
A.Yu.Okulov. "Twisted speckle entities inside wavefront reversal mirrors".
Phys.Rev.A,v.80, 013837 (2009)(.pdf).
A.Yu.Okulov, R.A.Zakharyan. "Multiply connected rotating spiral structures inside wavefront reversal mirrors". Optics and Spectroscopy, v.107,n.3,pp.424-428 (2009)(.pdf).
A.Yu.Okulov. "Optical and sound helical structures in a Mandelstam-Brillouin mirror". JETP Letters,v.88,p.487-491 (2008)(.pdf).
A.Yu.Okulov. "Angular momentum of photons and phase conjugation".
J.Phys.B, v.41, 101001(2008)(.pdf).
I.G.Zubarev,A.B.Mironov,S.I.Michailov,A.Yu.Okulov,
"Accuracy of reproduction of time structure of the exciting radiation in stimulated scattering of light", Sov.Phys.JETP,v.57(2),p.270 (1983).
N.G.Basov,I.G.Zubarev,A.B.Mironov,S.I.Michailov,A.Yu.Okulov,
"Phase fluctuations of the Stockes wave produced as a result of stimulated scattering of light".Sov.Phys. JETP Lett.,v.31,p.645(1980).
N.G.Basov, I.G.Zubarev,A.B.Mironov,S.I.Michailov,A.Yu.Okulov.
"Laser interferometer with wavefront reversing mirrors", Sov.Phys. JETP,v.52(5), p.847(1980).
Nanooptics.
A.Yu.Okulov."The effect of roughness of optical elements on the transverse structure of a light field in a nonlinear Talbot cavity". J.Mod.Opt.,v.38,N.10,p.1887(1991).
Chaos theory.
A.Yu.Okulov,A.N.Oraevsky. "Spatio-temporal behavior of a light
pulse in nonlinear nondispersive media",JOSA,v.B3,p.741(1986).
A.Yu.Okulov,A.N.Oraevsky."Regular and stochastic self-modulation in a ring laser with nonlinear element". Sov.J.Quant.Elect.v.14(9),p.1235(1984).
A.Yu.Okulov,“Structured light entities, chaos and nonlocal maps”. Chaos,Solitons&Fractals,v.133 , April (2020). https://arxiv.org/abs/1901.09274
A. Yu. Okulov, "Numerical investigation of coherent and turbulent structures of light via nonlinear integral mappings". Computer Research and Modeling, v. 12 v. 5 pp. 979-992 (2020). https://arxiv.org/abs/1911.10694
A.Yu.Okulov."The effect of roughness of optical elements on the transverse structure of a light field in a nonlinear Talbot cavity".J.Mod.Opt.,v.38,N.10,p.1887(1991).
A.Yu.Okulov."Gain-mode coupling in solid-state microchip laser array".
Optics and Spectroscopy.v.77,N6,p.985(1994).
A.Yu.Okulov."Scaling of diode-array-pumped solid-state lasers
via self-imaging". Opt.Comm.,v.99,p.350-354(1993).
A.Yu.Okulov."3D-vortex labyrinths in the near field of solid-state microchip laser".
Journal of Modern Optics,v.55,n.2,pp.241-259(2008)(.pdf).
Inventions:
Inventions:
N.G.Basov,I.G.Zubarev,A.B.Mironov,S.I.Michailov,A.Yu.Okulov,
"Interferometer for measurement of correlation functions",
Authors certificate (analog of patent in FSU) # 921304,priority from August, 8 1980, registered December 14, 1981.
N.G.Basov,I.G.Zubarev,A.B.Mironov,S.I.Michailov,A.Yu.Okulov,
"Laser system". Authors certificate (analog of patent in FSU ) # 1088620,Priority from October 23,1980 , registered December 22, 1983.
Evidence of implementation.
1985 United States Patent 4757268. Abstract: A laser apparatus has a coherent master oscillator radiation source for driving a plurality of laser gain elements....
1997 Brillouin-Enhanced Four-Wave-Mixing Vector Phase Conjugate Mirror with Beam Combining Capability, M. W. Bowers, R. W. Boyd, A. K. Hankla, Opt. Lett., 22, 360-362 (1997).
1997 Four-channel pulse-periodic Nd : YAG laser with diffraction-limited output radiation, N F Andreev, O V Palashov, G A Pasmanik and E A Khazanov,Quantum Electronics, 27(7) (1997).
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