Singular Optics / Optical Vortex 2002 References
*** Search Words: optical vortex ***
TI: The formation of optical vortices in the course of light diffraction on a dielectric wedge
AU: Shvedov,-V.-G.; Izdebskaya,-Y.-V.; Alekseev,-A.-N.; Volyar,-A.-V.
SO: Technical-Physics-Letters. March 2002; 28(3): 87-94; Original: Pis'ma-v-ZhurnalTekhnicheskoi-Fizika. 2002; 28(5): 256-9
PB: MAIK Nauka
RT: Journal-Paper
TI: Vector singularities of Gaussian beams in uniaxial crystals: optical vortex generation
AU: Volyar,-A.-V.; Fadeeva,-T.-A.; Egorov,-Yu.-A.
SO: Technical-Physics-Letters. ; : 958-61; Original: Pis'ma-v-Zhurnal-Tekhnicheskoi-Fizika.
Nov. 2002; 28(11): 70-7
PB: MAIK Nauka
RT: Journal-Paper
TI: Spontaneous transverse pattern formation in a microchip laser excited by a doughnut pump
profile
AU: Chen,-Y.-F.; Lan,-Y.-P.
SO: Applied-Physics-B-Lasers-and-Optics. Oct. 2002; B75(4-5): 453-6
PB: Springer-Verlag
RT: Journal-Paper
TI: Investigation of an optical vortex beam with a leaky planar waveguide
AU: Marienko,-I.-G.; Pas'ko,-V.-A.; Slyusar,-V.-V.; Soskin,-M.-S.; Vasnetsov,-M.-V.
SO: Optics-Communications. 15 Nov. 2002; 213(1-3): 1-11
PB: Elsevier
RT: Journal-Paper
TI: Observation of an x-ray vortex
AU: Peele,-A.-G.; McMahon,-P.-J.; Paterson,-D.; Tran,-C.-Q.; Mancuso,-A.-P.; Nugent,-K.-A.;
Hayes,-J.-P.; Harvey,-E.; Lai,-B.; McNulty,-I.
SO: Optics-Letters. 15 Oct. 2002; 27(20): 1752-4
PB: Opt. Soc. America
RT: Journal-Paper
AB: Phase singularities are a ubiquitous feature of waves of all forms and represent a
fundamental aspect of wave topology. An optical vortex phase singularity occurs when there is a
spiral phase ramp about a point phase singularity. We report an experimental observation of an
optical vortex in a field consisting of 9-keV x-ray photons. The vortex is created with an x-ray
optical structure that imparts a spiral phase distribution to the incident wave field and is observed
by use of diffraction about a wire to create a division-of-wave-front interferometer.
TI: Density of the wave front dislocations in the turbulent atmosphere
AU: Aksenov,-V.-P.
SO: Proceedings-of-the-SPIE-The-International-Society-for-Optical-Engineering. 2002; 4538:
156-61
PB: SPIE-Int. Soc. Opt. Eng
RT: Conference-Paper; Journal-Paper
TI: Optical vortex generation and Jones vector formalism
AU: Volyar,-A.-V.; Fadeeva,-T.-A.; Shvedov,-V.-G.
SO: Optics-and-Spectroscopy. Aug. 2002; 93(2): 267-72; Original: Optika-i-Spektroskopiya.
Aug. 2002; 93(2): 285-91
PB: MAIK Nauka/Interperiodica Publishing
RT: Journal-Paper
TI: Noncollinear interaction of optical vortices in the medium with cubic nonlinearity
AU: Pyragaite,-V.; Regelskis,-K.; Smilgevicius,-V.; Stabinis,-A.
SO: Technical-Digest.-Summaries-of-papers-presented-at-the-Quantum-Electronics-and-LaserScience-Conference.-Conference-Edition-IEEE-Cat.-No.02CH37338. 2002: 228-9 vol.1
PB: Opt. Soc. America, Washington, DC, USA
RT: Conference-Paper
IB: 1557527075
TI: The theory of synthesis of optical vortices by technique of a phase wedge
AU: Gorshkov,-V.-N.; Khoroshun,-A.-N.; Soskin,-M.-S.
SO: Proceedings-of-the-SPIE-The-International-Society-for-Optical-Engineering. 2002; 4705:
65-74
PB: SPIE-Int. Soc. Opt. Eng
RT: Conference-Paper; Journal-Paper
TI: Vortex pumped optical parametric amplification
AU: Matijosius,-A.; Piskarskas,-A.; Smilgevicius,-V.; Tamosauskas,-G.
SO: Technical-Digest.-Summaries-of-papers-presented-at-the-Quantum-Electronics-and-LaserScience-Conference.-Conference-Edition-IEEE-Cat.-No.02CH37338. 2002: 50-1 vol.1
PB: Opt. Soc. America, Washington, DC, USA
RT: Conference-Paper
IB: 1557527075
TI: Optical vortices: creation, annihilation, and modeling
AU: Lukin,-V.-P.; Sennikov,-V.-A.; Tartakovski,-V.-A.
SO: Proceedings-of-the-SPIE-The-International-Society-for-Optical-Engineering. 2002; 4724:
85-93
PB: SPIE-Int. Soc. Opt. Eng
RT: Conference-Paper; Journal-Paper
TI: Splitting of an edge dislocation by an optical vortex
AU: Petrov,-D.-V.
SO: Optical-and-Quantum-Electronics. Aug. 2002; 34(8): 759-73
PB: Kluwer Academic Publishers
RT: Journal-Paper
TI: Propagation dynamics of phase dislocations embedded in a Bessel light beam
AU: Schwarz,-U.-T.; Sogomonian,-S.; Maier,-M.
SO: Optics-Communications. 15 July 2002; 208(4-6): 255-62
PB: Elsevier
RT: Journal-Paper
TI: Computer processing of fiber-vortex sensor data
AU: Fadeyeva,-T.-A.; Kurabtzev,-D.; Volyar,-A.-V.; Soskin,-M.-S.
SO: Proceedings-of-the-SPIE-The-International-Society-for-Optical-Engineering. 2002; 4607:
83-9
PB: SPIE-Int. Soc. Opt. Eng
RT: Conference-Paper; Journal-Paper
TI: The optical vortex generation by optical wedge
AU: Izdebskaya,-Y.-V.; Shvedov,-V.-G.; Kurabtzev,-D.; Alexeyev,-A.-N.; Volyar,-A.-V.
SO: Proceedings-of-the-SPIE-The-International-Society-for-Optical-Engineering. 2002; 4607:
78-82
PB: SPIE-Int. Soc. Opt. Eng
RT: Conference-Paper; Journal-Paper
TI: Transformation of Laguerre-Gaussian modes carrying optical vortices and their orbital
angular momentum by cylindrical lens
AU: Denisenko,-V.-G.; Soskin,-M.-S.; Vasnetsov,-M.-V.
SO: Proceedings-of-the-SPIE-The-International-Society-for-Optical-Engineering. 2002; 4607:
54-8
PB: SPIE-Int. Soc. Opt. Eng
RT: Conference-Paper; Journal-Paper
TI: Transmitting, destruction, and self-recovery of the optical vortices in low-mode fiber optical
systems
AU: Volyar,-A.-V.; Fadeyeva,-T.-A.
SO: Proceedings-of-the-SPIE-The-International-Society-for-Optical-Engineering. 2002; 4607:
30-9
PB: SPIE-Int. Soc. Opt. Eng
RT: Conference-Paper; Journal-Paper
TI: Topology of optical vortices spontaneous birth
AU: Gorshkov,-V.-N.; Kononenko,-A.-N.; Soskin,-M.-S.
SO: Proceedings-of-the-SPIE-The-International-Society-for-Optical-Engineering. 2002; 4607:
13-24
PB: SPIE-Int. Soc. Opt. Eng
RT: Conference-Paper; Journal-Paper
TI: Versatile generation of optical vortices based on paraxial mode expansion
AU: Yoshikawa,-Y.; Sasada,-H.
SO: Journal-of-the-Optical-Society-of-America-A-Optics,-Image-Science-and-Vision. Oct.
2002; 19(10): 2127-33
PB: Opt. Soc. America
RT: Journal-Paper
TI: Conversion of singular beams in free space: high-effective optical traps
AU: Shvedov,-V.; Izdebskaya,-Ya.-V.; Volyar,-A.-V.; Alexeyev,-K.-N.; Shipulin,-O.-A.
SO: Proceedings-of-LFNM-2002.-4th-International-Workshop-on-Laser-and-Fiber-OpticalNetworks-Modeling-IEEE-Cat.-No.02EX549. 2002: 300-3
PB: IEEE, Piscataway, NJ, USA
RT: Conference-Paper
IB: 0780373723
TI: Light processing of singular beams by optical wedge: natural traps of vortices
AU: Izdebskaya,-Ya.-V.; Shvedov,-V.-G.; Volyar,-A.-V.
SO: Proceedings-of-LFNM-2002.-4th-International-Workshop-on-Laser-and-Fiber-OpticalNetworks-Modeling-IEEE-Cat.-No.02EX549. 2002: 230-4
PB: IEEE, Piscataway, NJ, USA
RT: Conference-Paper
IB: 0780373723
TI: Spatial coherence and information entropy in optical vortex fields
AU: Agarwal,-G.-S.; Banerji,-J.
SO: Optics-Letters. 15 May 2002; 27(10): 800-2
PB: Opt. Soc. America
RT: Journal-Paper
AB: We show how a vortex structure manifests itself in the one-dimensional projection of a
vortex field. We calculate the extent of spatial coherence and entropy of such projections. We
quantify the spatial coherence and discuss the properties of the Wigner functions for the
projected field.
TI: Study of the vortex solitons and the waveguides written by them in LiNbO/sub 3/:Fe crystal
AU: Lu-Yi; Liu-Si-Min; Wang-Da-Yun
SO: Acta-Physica-Sinica. 2002; 51(6): 1300-6
PB: Chinese Phys. Soc
RT: Journal-Paper
TI: Observation of optical vortex streets in walking second-harmonic generation
AU: Molina-Terriza,-G.; Petrov,-D.-V.; Recolons,-L.; Torner,-L.
SO: Optics-Letters. 15 April 2002; 27(8): 625-7
PB: Opt. Soc. America
RT: Journal-Paper
AB: We report what is believed to be the first experimental observation of spontaneous
nucleation of arrays of optical vortices in the process of second-harmonic generation in a crystal
with moderate Poynting vector walk-off, pumped with focused beams containing screw phase
dislocations. Our experiments were conducted in lithium triborate under conditions of smallefficiency second-harmonic generation pumped by nanosecond pulses at 1064 nm.
TI: Transformation of the orbital angular momentum of a beam with optical vortex in an
astigmatic optical system
AU: Bekshaev,-A.-Ya.; Vasnetsov,-M.-V.; Denisenko,-V.-G.; Soskin,-M.-S.
SO: JETP-Letters. 2002; 75(3): 127-30; Original: Pis'ma-v-Zhurnal-Eksperimental'noi-iTeoreticheskoi-Fiziki. 2002; 75(3): 155-8
PB: MAIK Nauka
RT: Journal-Paper
AB: Double sign inversion of the topological charge of an optical vortex was predicted and
observed experimentally for a beam focused by a cylindrical lens. Beam evolution after passing
through the lens is analyzed by the decomposition of the orbital angular momentum into the
"vortical" and "mechanical" components. Topological reactions in the beam wave resulting in the
sign inversion of the optical vortex upon the intersection of the wavefront edge dislocation are
considered.
TI: Observed scattering into a dark optical vortex core
AU: Palacios,-D.; Rozas,-D.; Swartzlander,-G.-A.-,-Jr.
SO: Physical-Review-Letters. 11 March 2002; 88(10): 103902/1-4
PB: APS
RT: Journal-Paper
AB: The dark core of an optical vortex was used to detect on-axis, forward-scattered light from a
colloidal solution in the single and multiple scattering regimes. Using no adjustable parameters
we obtain good agreement with a concentration-dependent scattering model.
TI: Rotating optical soliton clusters
AU: Desyatnikov,-A.-S.; Kivshar,-Y.-S.
SO: Physical-Review-Letters. 4 Feb. 2002; 88(5): 053901/1-4
PB: APS
RT: Journal-Paper
AB: We introduce the concept of soliton clusters-multisoliton bound states in a homogeneous
bulk optical medium-and reveal a key physical mechanism for their stabilization associated with
a staircaselike phase distribution that induces a net angular momentum and leads to cluster
rotation. The ringlike soliton clusters provide a nontrivial generalization of the concepts of twosoliton spiraling, optical vortex solitons, and necklace-type optical beams.
TI: Transverse pattern formation of optical vortices in a microchip laser with a large Fresnel
number
AU: Chen,-Y.-F.; Lan,-Y.-P.
SO: Physical-Review-A-Atomic,-Molecular,-and-Optical-Physics. Jan. 2002; 65(1): 013802/1-6
PB: APS through AIP
RT: Journal-Paper
*** Search Words: vortex soliton ***
TI: Stable two-dimensional spinning solitons in a bimodal cubic-quintic model with four-wave
mixing
AU: Mihalache,-D.; Mazilu,-D.; Towers,-I.; Malomed,-B.-A.; Lederer,-F.
SO: Journal-of-Optics-A:-Pure-and-Applied-Optics. Nov. 2002; 4(6): 615-23
PB: IOP Publishing
RT: Journal-Paper
TI: Vortex soliton in parabolic optical fiber
AU: Dzedolik,-I.-V.; Dzedolik,-A.-I.
SO: Proceedings-of-the-SPIE-The-International-Society-for-Optical-Engineering. 2002; 4607:
99-103
PB: SPIE-Int. Soc. Opt. Eng
RT: Conference-Paper; Journal-Paper
TI: Isotropic versus anisotropic modeling of photorefractive solitons
AU: Belic,-M.-R.; Vujic,-D.; Stepken,-A.; Kaiser,-F.; Calvo,-G.-F.; Agullo-Lopez,-F.;
Carrascosa,-M.
SO: Physical-Review-E-Statistical,-Nonlinear,-and-Soft-Matter-Physics. June 2002; 65(6):
066610/1-7
PB: APS through AIP
RT: Journal-Paper
TI: Soliton formation from a Gaussian pulse in an optical fiber
AU: Dzedolik,-I.-V.; Dzedolik,-A.-I.
SO: Technical-Physics. June 2002; 47(6): 713-19; Original: Zhurnal-Tekhnicheskoi-Fiziki. June
2002; 72(6): 61-6
PB: MAIK Nauka
RT: Journal-Paper
TI: Dynamics of self-trapped singular beams in an underdense plasma
AU: Berezhiani,-V.-I.; Mahajan,-S.-M.; Yoshida,-Z.; Pekker,-M.
SO: Physical-Review-E-Statistical,-Nonlinear,-and-Soft-Matter-Physics. April 2002; 65(4):
046415/1-6
PB: APS through AIP
RT: Journal-Paper
TI: Vortex patterns in layered magnets with nonmagnetic and magnetic impurities
AU: Bogdan,-M.-M.; Zaspel,-C.-E.
SO: Physica-Status-Solidi-A. Feb. 2002; 189(3): 983-7
PB: Wiley-VCH
RT: Conference-Paper; Journal-Paper
TI: Localized vortices with a semi-integer charge in nonlinear dynamical lattices
AU: Kevrekidis,-P.-G.; Malomed,-B.-A.; Bishop,-A.-R.; Frantzeskakis,-D.-J.
SO: Physical-Review-E-Statistical,-Nonlinear,-and-Soft-Matter-Physics. Jan. 2002; 65(1):
016605/1-7
PB: APS through AIP
RT: Journal-Paper
*** Search Words: singular optics ***
TI: Investigation of an optical vortex beam with a leaky planar waveguide
AU: Marienko,-I.-G.; Pas'ko,-V.-A.; Slyusar,-V.-V.; Soskin,-M.-S.; Vasnetsov,-M.-V.
SO: Optics-Communications. 15 Nov. 2002; 213(1-3): 1-11
PB: Elsevier
RT: Journal-Paper
TI: Phenomenon of spectral switches as a new effect in singular optics with polychromatic light
AU: Foley,-J.-T.; Wolf,-E.
SO: Journal-of-the-Optical-Society-of-America-A-Optics,-Image-Science-and-Vision. Dec.
2002; 19(12): 2510-16
PB: Opt. Soc. America
RT: Journal-Paper
TI: EDW-edge diffraction wave, edge dislocation wave, or whether tertio est datur? The
bicentenary of Thomas Young's wave diffraction theory
AU: Polyanskii,-P.-V.; Bogatiryova,-G.-V.
SO: Proceedings-of-the-SPIE-The-International-Society-for-Optical-Engineering. 2002; 4607:
109-24
PB: SPIE-Int. Soc. Opt. Eng
RT: Conference-Paper; Journal-Paper
TI: Selected Papers from Fifth International Conference on Correlation Optics
SO: Proceedings-of-the-SPIE-The-International-Society-for-Optical-Engineering. 2002; 4607:
PB: SPIE-Int. Soc. Opt. Eng
RT: Conference-Proceedings; Journal-Paper
IB: 0819443468
TI: Fiber-optical vortices: physical properties and applications
AU: Volyar,-A.-V.
SO: Proceedings-of-LFNM-2002.-4th-International-Workshop-on-Laser-and-Fiber-OpticalNetworks-Modeling-IEEE-Cat.-No.02EX549. 2002: 197-202
PB: IEEE, Piscataway, NJ, USA
RT: Conference-Paper
IB: 0780373723
*** Search Words: phase singularity ***
TI: Polarization singularities in paraxial vector fields: morphology and statistics
AU: Dennis,-M.-R.
SO: Optics-Communications. 1 Dec. 2002; 213(4-6): 201-21
PB: Elsevier
RT: Journal-Paper
TI: The generation of phase singularities by the use of an offset Fresnel-type lens antenna
AU: Brand,-G.-F.
SO: International-Journal-of-Infrared-and-Millimeter-Waves. Feb. 2002; 23(2): 205-13
PB: Plenum
RT: Journal-Paper
TI: Phase singularity birth owing to Gaussian beam self-action in nematic liquid crystal
AU: Subota,-S.; Reshetnyak,-V.; Soskin,-M.-S.
SO: Molecular-Crystals-and-Liquid-Crystals. 2002; 375: 481-90
PB: Gordon & Breach
RT: Conference-Paper; Journal-Paper
TI: Anomalous behavior of spectra near phase singularities of focused waves
AU: Gbur,-G.; Visser,-T.-D.; Wolf,-E.
SO: Physical-Review-Letters. 7 Jan. 2002; 88(1): 013901/1-4
PB: APS
RT: Journal-Paper
AB: It is shown that remarkable spectral changes take place in the neighborhood of phase
singularities near the focus of a converging, spatially fully coherent polychromatic wave
diffracted at an aperture. In particular, when the spectrum of the wave in the aperture consists of
a single line with a narrow Gaussian profile, the spectrum near a phase singularity (i.e., near
points of zero intensity of some particular spectral component) changes drastically along a closed
loop around the singularity. The spectrum is redshifted at some points, blueshifted at others, and
is split into two lines elsewhere.
*** Search Words: Laguerre Gaussian mode ***
TI: Low-cost multibeam optical tweezers with Laguerre-Gaussian mode and its manipulation of
cells
AU: Xiuzhou-Feng; Tianchun-Zhu
SO: Proceedings-of-the-SPIE-The-International-Society-for-Optical-Engineering. 2002; 4916:
378-83
PB: SPIE-Int. Soc. Opt. Eng
RT: Conference-Paper; Journal-Paper
TI: Parallel transport of biological cells using individually addressable VCSEL arrays as optical
tweezers
AU: Flynn,-R.-A.; Birbeck,-A.-L.; Gross,-M.; Ozkan,-M.; Bing-Shao; Wang,-M.-M.; Esener,-S.C.
SO: Sensors-and-Actuators-B-Chemical. 10 Dec. 2002; B87(2): 239-43
PB: Elsevier
RT: Journal-Paper
TI: Dynamics of Laguerre Gaussian TEM/sub o,l/* mode in a solid state laser
AU: Lan,-Y.-P.; Wang,-S.-C.; Chen,-Y.-F.
SO: Proceedings-of-the-SPIE-The-International-Society-for-Optical-Engineering. 2002; 4630:
48-56
PB: SPIE-Int. Soc. Opt. Eng
RT: Conference-Paper; Journal-Paper
TI: Novel resonator design for optical dipole atom trap
AU: Endo,-M.; Yamaguchi,-S.; Fujioka,-T.
SO: Technical-Digest.-Summaries-of-papers-presented-at-the-Quantum-Electronics-and-LaserScience-Conference.-Conference-Edition-IEEE-Cat.-No.02CH37338. 2002: 88 vol.1
PB: Opt. Soc. America, Washington, DC, USA
RT: Conference-Paper
IB: 1557527075
TI: Creation of Laguerre-Gaussian laser modes using diffractive optics
AU: Kennedy,-S.-A.; Szabo,-M.-J.; Teslow,-H.; Porterfield,-J.-Z.; Abraham,-E.-R.-I.
SO: Physical-Review-A-Atomic,-Molecular,-and-Optical-Physics. Oct. 2002; 66(4): 043801/1-5
PB: APS through AIP
RT: Journal-Paper
TI: Implementing torsional-mode Doppler ladar
AU: Fluckiger,-D.-U.
SO: Applied-Optics. 20 Aug. 2002; 41(24): 5096-104
PB: Opt. Soc. America
RT: Journal-Paper
TI: Calculation of the resonant eigenfield in the basis of Laguerre-Gaussian modes for
rotationally symmetric plano-concave stable resonators
AU: Traiche,-M.; Kellou,-A.
SO: Optics-Communications. 15 July 2002; 208(4-6): 391-9
PB: Elsevier
RT: Journal-Paper
*** Search Words: polarization singularity ***
TI: Second harmonic generation of optical ellipse fields
AU: Freund,-I.
SO: Optics-Communications. 15 Nov. 2002; 213(1-3): 129-49
PB: Elsevier
RT: Journal-Paper
TI: Polarization singularity indices in Gaussian laser beams
AU: Freund,-I.
SO: Optics-Communications. 15 Jan. 2002; 201(4-6): 251-70
PB: Elsevier
RT: Journal-Paper
*** Search Words: optical vortices ***
TI: Observation of the rotational Doppler effect for optical beams with helical wave front using
spiral zone plate
AU: Basistiy,-I.-V.; Bekshaev,-A.-Ya.; Vasnetsov,-M.-V.; Slyusar,-V.-V.; Soskin,-M.-S.
SO: JETP-Letters. 2002; 76(8): 486-9; Original: Pis'ma-v-Zhurnal-Eksperimental'noi-iTeoreticheskoi-Fiziki. 2002; 76(8): 566-70
PB: MAIK Nauka
RT: Journal-Paper
AB: A rotating spiral zone plate was used to implement and measure the rotational Doppler
effect for plane-polarized optical beams with helical wave front (optical vortices). The frequency
shift was analyzed in terms of energy exchange between the beams and moving optical elements.
TI: Density of the optical vortices in the turbulent atmosphere
AU: Aksenov,-V.-P.
SO: Proceedings-of-the-SPIE-The-International-Society-for-Optical-Engineering. 2002; 4678:
124-31
PB: SPIE-Int. Soc. Opt. Eng
RT: Conference-Paper; Journal-Paper
TI: Second harmonic generation of hollow Bessel beams
AU: Jarutis,-V.; Matijosius,-A.; Piskarskas,-A.-S.; Smilgevicius,-V.; Stabinis,-A.
SO: Proceedings-of-the-SPIE-The-International-Society-for-Optical-Engineering. 2002; 4751:
77-86
PB: SPIE-Int. Soc. Opt. Eng
RT: Conference-Paper; Journal-Paper
TI: Free-space propagation of overlapping light vortex beams
AU: Pyragaite,-V.; Stabinis,-A.
SO: Optics-Communications. 1 Dec. 2002; 213(4-6): 187-91
PB: Elsevier
RT: Journal-Paper
TI: Vectorial vortex structures formed by computer-generated space-variant dielectric
subwavelength gratings
AU: Bomzon,-Z.; Biener,-G.; Kleiner,-V.; Hasman,-E.
SO: Technical-Digest.-Summaries-of-papers-presented-at-the-Conference-on-Lasers-andElectro-Optics.-Conference-Edition-IEEE-Cat.-No.02CH37337. 2002: 74-5 vol.1
PB: Opt. Soc. America, Washington, DC, USA
RT: Conference-Paper
IB: 1557527059
TI: Superposition of noncoaxial vortices in parametric wave mixing
AU: Sukhorukov,-A.-P.; Kalinovich,-A.-A.; Molina-Terriza,-G.; Torner,-L.
SO: Physical-Review-E-Statistical,-Nonlinear,-and-Soft-Matter-Physics. Sept. 2002; 66(3):
36608-1-10
PB: APS through AIP
RT: Journal-Paper
TI: Preliminary study on the compensation of the wavefront deformation induced by free-vortex
aerodynamic window using AO system
AU: Liu-Tian-hua; Jiang-Zong-fu; Xu-Xiao-jun; Liu-Ze-jin; Zhao-Yi-jun
SO: High-Power-Laser-and-Particle-Beams. Sept. 2002; 14(5): 664-8
PB: Nucl. Soc. China
RT: Journal-Paper
TI: Second-harmonic generation of polarization singularities
AU: Freund,-I.
SO: Optics-Letters. 15 Sept. 2002; 27(18): 1640-2
PB: Opt. Soc. America
RT: Journal-Paper
AB: Second-harmonic generation was studied theoretically for the vector singularities (daisy
modes) of linearly polarized light and for the elliptic singularities (C points) of elliptically
polarized light. Topological charge doubling for C points and daisy modes, similar to that found
for vortices, was found. Unlike for vortices, however, it was found that for both C points and
daisy modes the sign of the charge is reversed; for C points the photon spin or handedness (right
or left) is also reversed; and for daisy modes the number of intensity petals is not doubled. These
findings are all unexpected because neither charge nor spin nor orbital angular momentum is
conserved for C points, whereas a daisy mode in which the number of intensity petals does not
equal twice the magnitude of the charge is anomalous.
TI: Creation of solitons and vortices by Bragg reflection of a Bose-Einstein condensate in an
optical lattice
AU: Scott,-R.-G.; Bujkiewicz,-S.; Martin,-A.-M.; Sheard,-F.-W.; Fromhold,-T.-M.
SO: Technical-Digest.-Summaries-of-papers-presented-at-the-Quantum-Electronics-and-LaserScience-Conference.-Conference-Edition-IEEE-Cat.-No.02CH37338. 2002: 155-6 vol.1
PB: Opt. Soc. America, Washington, DC, USA
RT: Conference-Paper
IB: 1557527075
TI: Spiral waves supported by competing quadratic and cubic nonlinearities
AU: Longhi,-S.
SO: Technical-Digest.-Summaries-of-papers-presented-at-the-Quantum-Electronics-and-LaserScience-Conference.-Conference-Edition-IEEE-Cat.-No.02CH37338. 2002: 136 vol.1
PB: Opt. Soc. America, Washington, DC, USA
RT: Conference-Paper
IB: 1557527075
TI: Resistance of nondiffracting vortex beam against amplitude and phase perturbations
AU: Bouchal,-Z.
SO: Optics-Communications. 15 Sept. 2002; 210(3-6): 155-64
PB: Elsevier
RT: Journal-Paper
TI: Non-diffracting beams with controlled spatial coherence
AU: Bouchal,-Z.; Perina,-J.
SO: Journal-of-Modern-Optics. 15 Aug. 2002; 49(10): 1673-89
PB: Taylor & Francis
RT: Journal-Paper
TI: Propagation of Bessel beams carrying optical vortices
AU: Orlov,-S.; Regelskis,-K.; Smilgevicius,-V.; Stabinis,-A.
SO: Optics-Communications. 1 Aug. 2002; 209(1-3): 155-65
PB: Elsevier
RT: Journal-Paper
TI: Birth and death events in topological multipole fields after emissions from an optical fiber
AU: Egorov,-Yu.-V.; Alexeyev,-A.-N.; Shipulin,-O.-A.; Volyar,-A.-V.; Soskin,-M.-S.
SO: Proceedings-of-the-SPIE-The-International-Society-for-Optical-Engineering. 2002; 4607:
66-70
PB: SPIE-Int. Soc. Opt. Eng
RT: Conference-Paper; Journal-Paper
TI: Spontaneous birth of optical vortices in a system of copropagating Gaussian beams
AU: Soskin,-M.-S.; Bogatiryova,-G.-V.; Gorshkov,-V.-N.
SO: Proceedings-of-the-SPIE-The-International-Society-for-Optical-Engineering. 2002; 4607:
40-6
PB: SPIE-Int. Soc. Opt. Eng
RT: Conference-Paper; Journal-Paper
TI: Angular momentum evolution of optical vortices in anisotropic fibers
AU: Alexeyev,-C.-N.; Volyar,-A.-V.; Fadeyeva,-T.-A.
SO: Proceedings-of-LFNM-2002.-4th-International-Workshop-on-Laser-and-Fiber-OpticalNetworks-Modeling-IEEE-Cat.-No.02EX549. 2002: 207-11
PB: IEEE, Piscataway, NJ, USA
RT: Conference-Paper
IB: 0780373723
TI: Nonlinear optical vortices in isotropic and anisotropic media
AU: Vershitzky,-V.-I.; Dzedolik,-I.-V.; Lapayeva,-S.-N.
SO: Proceedings-of-LFNM-2002.-4th-International-Workshop-on-Laser-and-Fiber-OpticalNetworks-Modeling-IEEE-Cat.-No.02EX549. 2002: 304-9
PB: IEEE, Piscataway, NJ, USA
RT: Conference-Paper
IB: 0780373723
TI: Dynamics of the dislocation reactions and optical self-recovering: single-axis crystals
AU: Volyar,-A.-V.; Fadeyeva,-T.-A.; Egorov,-Yu.-A.
SO: Proceedings-of-LFNM-2002.-4th-International-Workshop-on-Laser-and-Fiber-OpticalNetworks-Modeling-IEEE-Cat.-No.02EX549. 2002: 295-9
PB: IEEE, Piscataway, NJ, USA
RT: Conference-Paper
IB: 0780373723
TI: Dynamic holographic optical tweezers
AU: Curtis,-J.-E.; Koss,-B.-A.; Grier,-D.-G.
SO: Optics-Communications. 15 June 2002; 207(1-6): 169-75
PB: Elsevier
RT: Journal-Paper
TI: The interferometric system using optical vortices as phase markers
AU: Masajada,-J.; Popiolek-Masajada,-A.; Wieliczka,-D.-M.
SO: Optics-Communications. 15 June 2002; 207(1-6): 85-93
PB: Elsevier
RT: Journal-Paper
TI: The relationship between topological characteristics of component vortices and polarization
singularities
AU: Angelsky,-O.; Mokhun,-A.; Mokhun,-I.; Soskin,-M.
SO: Optics-Communications. 15 June 2002; 207(1-6): 57-65
PB: Elsevier
RT: Journal-Paper
TI: Spectral anomalies at wave-front dislocations
AU: Popescu,-G.; Dogariu,-A.
SO: Physical-Review-Letters. 6 May 2002; 88(18): 183902/1-4
PB: APS
RT: Journal-Paper
AB: In a recent Letter, Gbur, Visser, and Wolf [Phys. Rev. Lett. 88, 013901 (2002)] predict that
remarkable spectral changes can take place in the neighborhood of phase singularities of a
diffracted focused wave. We report here the experimental observation of this anomalous spectral
behavior and show that this is a general characteristic of optical vortices. Using a high-resolution
interferometric technique, we are able to measure directly both the spectral intensity distribution
and the spectral phase at the singular points of optical waves.
TI: Introduction to the atoms and angular momentum of light special issue
AU: Allen,-L.
SO: Journal-of-Optics-B:-Quantum-and-Semiclassical-Optics. April 2002; 4(2): S1-6
PB: IOP Publishing
RT: Journal-Paper
TI: Stokes singularity relations
AU: Freund,-I.; Mokhun,-A.-I.; Soskin,-M.-S.; Angelsky,-O.-V.; Mokhun,-I.-I.
SO: Optics-Letters. 1 April 2002; 27(7): 545-7
PB: Opt. Soc. America
RT: Journal-Paper
AB: Polarization singularities in paraxial vector optical fields are analyzed in terms of the phase
singularities of complex Stokes scalar fields. Six independent relationships are obtained that
connect the topological charges of these singularities on special closed contours with the charges
of singularities that are enclosed by these contours. These relationships, which have been
confirmed by experimental data and computer simulations, imply topological polarization
correlations of an infinite range.
TI: Dynamics of topological multipoles: II. Creation, annihilation, and evolution of nonparaxial
optical vortices
AU: Volyar,-A.-V.; Fadeeva,-T.-A.
SO: Optics-and-Spectroscopy. Feb. 2002; 92(2): 253-62; Original: Optika-i-Spektroskopiya. Feb.
2002; 92(2): 285-95
PB: MAIK Nauka/Interperiodica Publishing
RT: Journal-Paper
TI: The initiation, termination, and evolution of nonparaxial optical vortices: high-order singular
beams
AU: Volyar,-A.-V.; Fadeeva,-T.-A.
SO: Technical-Physics-Letters. ; : 19-27; Original: Pis'ma-v-Zhurnal-Tekhnicheskoi-Fizika. Feb.
2002; 28(2): 134-8
PB: MAIK Nauka
TI: A few-mode optical fiber retaining optical vortices
AU: Volyar,-A.-V.; Fadeeva,-T.-A.
SO: Technical-Physics-Letters. ; : 42-8; Original: Pis'ma-v-Zhurnal-Tekhnicheskoi-Fizika. Feb.
2002; 28(2): 102-4
PB: MAIK Nauka
RT: Journal-Paper
TI: Interaction of coupled-vector optical vortices
AU: Andersen,-D.-R.; Kovachev,-L.-M.
SO: Journal-of-the-Optical-Society-of-America-B-Optical-Physics. March 2002; 19(3): 376-84
PB: Opt. Soc. America
RT: Journal-Paper
TI: Generation of lattice structures of optical vortices
AU: Dreischuh,-A.; Chervenkov,-S.; Neshev,-D.; Paulus,-G.-G.; Walther,-H.
SO: Journal-of-the-Optical-Society-of-America-B-Optical-Physics. March 2002; 19(3): 550-6
PB: Opt. Soc. America
RT: Journal-Paper
*** Search Words: wave dislocation ***
TI: Formation and transformation of non-Bessel multiring light beams
AU: Kazak,-N.-S.; Katranzhi,-E.-G.; Ryzhevich,-A.-A.
SO: Journal-of-Applied-Spectroscopy. March-April 2002; 69(2): 279-85; Original: ZhurnalPrikladnoi-Spektroskopii. March-April 2002; 69(2): 242-7
PB: Kluwer Academic/Consultants Bureau
RT: Journal-Paper
*** Search Words: phase singularit* AND diffraction ***
TI: Exploring the colours of dark light
AU: Berry,-M.-V.
SO: New-Journal-of-Physics. 2002; 4:
PB: Deutsche Physikalische Gesellschaft & IOP Publishing Ltd
RT: Journal-Paper
TI: Coloured phase singularities
AU: Berry,-M.-V.
SO: New-Journal-of-Physics. 2002; 4:
PB: Deutsche Physikalische Gesellschaft & IOP Publishing Ltd
RT: Journal-Paper
TI: Measuring amplitude and phase distribution of fields generated by gratings with subwavelength resolution
AU: Nesci,-A.; Dandliker,-R.; Salt,-M.; Herzig,-H.-P.
SO: Optics-Communications. 1 May 2002; 205(4-6): 229-38
PB: Elsevier
RT: Journal-Paper
TI: Exuberant interference: rainbows, tides, edges, (de)coherence
AU: Berry,-M.-V.
SO: Philosophical-Transactions-of-the-Royal-Society-London,-Series-A-Mathematical,Physical-and-Engineering-Sciences. 15 May 2002; 360(1794): 1023-37
PB: R. Soc
RT: Journal-Paper
TI: High-resolution phase imaging of phase singularities in the focal region of a lens
AU: Watford,-J.-N.; Nugent,-K.-A.; Roberts,-A.; Scholten,-R.-E.
SO: Optics-Letters. 1 March 2002; 27(5): 345-7
PB: Opt. Soc. America
RT: Journal-Paper
*** Contributed papers not found in the search ***
Singular Behavior of the Spectrum in the Focal Region
G. Gbur, T.D. Visser and E. Wolf
J. Optical Society of America A vol.19, pp. 1695-1701 (2002)
RT: Journal-Paper
TI: Theory of singular-phase reconstruction for optical speckle field in the turbulent atmosphere
AU: Aksenov,-V.-P.; Tikhomirova,-O.-V.
SO: Journal-of-the-Optical-Society-of-America-A-Optics,-Image-Science-and-Vision. Feb.
2002; 19(2): 345-355.
PB: Opt. Soc. America
RT: Journal-Paper
TI: Wave and ray spatial dynamics of the light field in the generation, evolution, and annihilation
of phase dislocations
AU: Aksenov,-V.-P.; Izmailov,-I.-V.; Poizner,-B.-N.; Tikhomirova,-O.-V.
SO: Optics and Spectroscopy. March 2002; 92(3): 409-418.
PB: Russian Academy of Sciences, "Nauka"
RT: Journal-Paper
TI: Elliptic critical points: C-points, a-lines, and the sign rule
AU: Mokhun AI, Soskin MS, Freund I
SO: Optics Letters 27 (12): 995-997 JUN 15 2002
PB: Opt. Soc. America
RT: Journal-Paper
TI: Stability of vortex solitons in the cubic-quintic model.
AU: Malomed,-B.-A.; Crasovan, -L.-C.; Mihalache,-D;
SO: Physica-D-Nonlinear-Phenomena. 2002; 161: 187-201.
PB: Elsevier North-Holland
RT: Journal-Paper
TI: Stable three-dimensional spinning optical solitons supported by competing quadratic and
cubic nonlinearities.
AU: Mihalache,-D; Mazilu, -D.; Crasovan, -L.-C.; Towers, -I.; Malomed,-B.-A.;
Buryak, -A.V.; Torner, -L.; Lederer, -F.
SO: Physical-Review-E-Statistical,-Nonlinear,-and-Soft-Matter-Physics. 2002;
66:
016613/1-7
PB: APS through AIP
RT: Journal-Paper
TI: Stable spinning optical solitons in three dimensions.
AU: Mihalache,-D; Mazilu, -D.; Crasovan, Towers, -I.; Buryak, -A.-V.;
Malomed,-B.-A.; Torner, -L.; Torres, -J.-P.; Lederer, -F.
SO: Physical-Review-Letters. 2002; 88(7): 073902/1-4.
PB: APS through AIP
RT: Journal-Paper
TI: Elliptic critical points in paraxial optical fields
AU: Freund I, Soskin MS, Mokhun AI
SO: Optics Communications 208 (4-6): 223-253 JUL 15 2002
PB: Elsevier
RT: Journal-Paper