Singular Optics / Optical Vortex 2000 References

 

 

*** Search Words: optical vortex ***

 

TI: Optical vortices: creation, annihilation, and modeling

AU: Lukin,-V.-P.; Sennikov,-V.-A.; Tartakovski,-V.-A.

ED: Lukin,-V.-P.

SO: Wave-propagation-in-the-atmosphere-and-adaptive-optics.-Selected-research-papers. 2000: 57-67

PB: SPIE, Bellingham, WA, USA

RT: Book-Chapter

IB: 0819440248

 

TI: Optical vortex solitons in photovoltaic photorefractive medium

AU: Ling-Zhen-Fang; Guo-Ru; Liu-Si-Min; Shang-Guang-Yin

SO: Acta-Physica-Sinica. 2000; 49(3): 455-9

PB: Chinese Phys. Soc

RT: Journal-Paper

 

TI: Multistable emission of vortex beams from VCSEL arrays

AU: Yadin,-Y.; Scheuer,-J.; Gross,-Y.; Orenstein,-M.

SO: LEOS-2000.-2000-IEEE-Annual-Meeting-Conference-Proceedings.-13th-Annual-Meeting.-IEEE-Lasers-and-Electro-Optics-Society-2000-Annual-Meeting-Cat.-No.00CH37080. 2000: 133-4 vol.1

PB: IEEE, Piscataway, NJ, USA

RT: Conference-Paper

IB: 078035947X

 

TI: Laser beams with wavefront singularities

AU: Soskin,-M.-S.; Vasnetsov,-M.-V.

SO: Conference-Digest.-2000-Conference-on-Lasers-and-Electro-Optics-Europe-Cat.-No.00TH8505. 2000: 1 pp.

PB: IEEE, Piscataway, NJ, USA

RT: Conference-Paper

IB: 0780363191

 

TI: Gray optical vortices in a hollow waveguide

AU: Law,-C.-T.; Xingang-Zhang; Swartzlander,-G.-A.-,-Jr.

SO: Quantum-Electronics-and-Laser-Science-Conference-QELS-2000.-Technical-Digest.-Postconference-Edition.-TOPS-Vol.40-IEEE-Cat.-No.00CH37089. 2000: 236-7

PB: Opt. Soc. America, Salem, MA, USA

RT: Conference-Paper

IB: 1557526087

 

TI: Vortex-stripe soliton interactions

AU: Kivshar,-Y.-S.; Nepomnyashchy,-A.; Tikhonenko,-V.; Christou,-J.; Luther-Davies,-B.

SO: Quantum-Electronics-and-Laser-Science-Conference-QELS-2000.-Technical-Digest.-Postconference-Edition.-TOPS-Vol.40-IEEE-Cat.-No.00CH37089. 2000: 235-6

PB: Opt. Soc. America, Salem, MA, USA

RT: Conference-Paper

IB: 1557526087

 

TI: Second harmonic generation of Bessel vortex

AU: Matijosius,-A.; Piskarskas,-A.; Smilgevieius,-V.; Stabinis,-A.

SO: Conference-Digest.-2000-Conference-on-Lasers-and-Electro-Optics-Europe-Cat.-No.00TH8505. 2000: 1 pp.

PB: IEEE, Piscataway, NJ, USA

RT: Conference-Paper

IB: 0780363191

 

TI: Transformation of topological charge in optical down conversion

AU: Maleev,-I.-D.; Deykoon,-A.-M.; Swartzlander,-G.-A.-,-Jr.

SO: Quantum-Electronics-and-Laser-Science-Conference-QELS-2000.-Technical-Digest.-Postconference-Edition.-TOPS-Vol.40-IEEE-Cat.-No.00CH37089. 2000: 218-19

PB: Opt. Soc. America, Salem, MA, USA

RT: Conference-Paper

IB: 1557526087

 

TI: Stable vortex rings due to parametric wave mixing

AU: Towers,-I.; Sammut,-R.-A.; Buryak,-V.; Kolossovski,-K.; Malomed,-B.-A.

SO: Quantum-Electronics-and-Laser-Science-Conference-QELS-2000.-Technical-Digest.-Postconference-Edition.-TOPS-Vol.40-IEEE-Cat.-No.00CH37089. 2000: 199-200

PB: Opt. Soc. America, Salem, MA, USA

RT: Conference-Paper

IB: 1557526087

 

TI: Bright vortex bullets in a parametric band-gap system

AU: He,-H.; Malomed,-B.-A.; De-Sterke,-C.-M.

SO: Quantum-Electronics-and-Laser-Science-Conference-QELS-2000.-Technical-Digest.-Postconference-Edition.-TOPS-Vol.40-IEEE-Cat.-No.00CH37089. 2000: 198

PB: Opt. Soc. America, Salem, MA, USA

RT: Conference-Paper

IB: 1557526087

 

TI: Multidimensional vector spatial solitons: stability and induced waveguides

AU: Anderson,-D.; Carlsson,-A.-H.; Malmberg,-J.-N.; Lisak,-M.; Ostrovskaya,-E.-A.; Kivshar,-Y.-S.

SO: Quantum-Electronics-and-Laser-Science-Conference-QELS-2000.-Technical-Digest.-Postconference-Edition.-TOPS-Vol.40-IEEE-Cat.-No.00CH37089. 2000: 129

PB: Opt. Soc. America, Salem, MA, USA

RT: Conference-Paper

IB: 1557526087

 

TI: Waves with helical wavefronts: wave characteristics within their vortices

AU: Miler,-M.

SO: Proceedings-of-the-SPIE-The-International-Society-for-Optical-Engineering. 2000; 4016: 188-92

PB: SPIE-Int. Soc. Opt. Eng

RT: Conference-Paper; Journal-Paper

 

TI: Supermodes with angular momentum from coherent VCSEL arrays-emergence and stability

AU: Yadin,-Y.; Scheuer,-J.; Gross,-Y.; Orenstein,-M.

SO: Conference-Digest.-2000-IEEE-17th-International-Semiconductor-Laser-Conference.-Cat.-No.00CH37092. 2000: 91-2

PB: IEEE, Piscataway, NJ, USA

RT: Conference-Paper

IB: 0780362594

 

TI: Gaussian beams with optical vortex of charge 2- and 3-diffraction by a half-plane and slit

AU: Masajada,-J.

SO: Optica-Applicata. 2000; 30(2-3): 247-56

PB: Tech. Univ. Wroclaw

RT: Journal-Paper

 

TI: Optical vortex solitons: generation, dynamics, and instabilities

AU: Kivshar,-Y.-S.; Tikhonenko,-V.; Christou,-J.; Luther-Davies,-B.

SO: Proceedings-of-the-SPIE-The-International-Society-for-Optical-Engineering. 2000; 3928: 254-62

PB: SPIE-Int. Soc. Opt. Eng

RT: Conference-Paper; Journal-Paper

 

TI: Optical vortex solitons: generation, dynamics, and instabilities

AU: Kivshar,-Y.-S.; Tikhonenko,-V.; Christou,-J.; Luther-Davies,-B.

SO: Proceedings-of-the-SPIE-The-International-Society-for-Optical-Engineering. 2000; 3927: 72-80

PB: SPIE-Int. Soc. Opt. Eng

RT: Conference-Paper; Journal-Paper

 

TI: Dipole-mode vector solitons

AU: Garcia-Ripoll,-J.-J.; Perez-Garcia,-V.-M.; Ostrovskaya,-E.-A.; Kivshar,-Y.-S.

SO: Physical-Review-Letters. 3 July 2000; 85(1): 82-5

PB: APS

RT: Journal-Paper

AB: We find a new type of optical vector soliton that originates from trapping of a dipole mode by the soliton-induced waveguides. These solitons, which appear as a consequence of the vector nature of the two-component system, are more stable than the previously found optical vortex solitons and represent a new type of extremely robust nonlinear vector structure.

 

TI: Manifestation of mechanical properties of light waves in vortex beam optical systems

AU: Bekshaev,-A.-Y.

SO: Optics-and-Spectroscopy. June 2000; 88(6): 904-10; Original: Optika-i-Spektroskopiya. June 2000; 88(6): 993-9

PB: MAIK Nauka/Interperiodica Publishing

RT: Journal-Paper

 

TI: Observation of quadratic optical vortex solitons

AU: Di-Trapani,-P.; Chinaglia,-W.; Minardi,-S.; Piskarskas,-A.; Valiulis,-G.

SO: Physical-Review-Letters. 24 April 2000; 84(17): 3843-6

PB: APS

RT: Journal-Paper

AB: We report on the generation of stable dark-vortex solitons in large-phase-mismatched second-harmonic generation of self-defocusing type, sustained by a combined effect of transverse walk-off and finite beam size.

 

TI: Optical vortex trajectories

AU: Freund,-I.

SO: Optics-Communications. 1 July 2000; 181(1-3): 19-33

PB: Elsevier

RT: Journal-Paper

 

TI: Self-reconstruction of an optical vortex

AU: Vasnetsov,-M.-V.; Marienko,-I.-G.; Soskin,-M.-S.

SO: JETP-Letters. 25 Feb. 2000; 71(4): 130, 133; Original: Pis'ma-v-Zhurnal-Eksperimental'noi-i-Teoreticheskoi-Fiziki. 25 Feb. 2000; 71(4): 192-6

PB: MAIK Nauka

RT: Journal-Paper

AB: The results of experiments devoted to the diffraction of a light beam with an axial optical vortex from the edge of an opaque screen are presented. The reconstruction of an optical vortex in the transmitted beam is observed under conditions when the screen cuts off the central part of the incident beam.

 

TI: Wavefront motion in the vicinity of a phase dislocation: "optical vortex"

AU: Vasnetsov,-M.-V.; Gorshkov,-V.-N.; Marienko,-I.-G.; Soskin,-M.-S.

SO: Optics-and-Spectroscopy. Feb. 2000; 88(2): 260-5; Original: Optika-i-Spektroskopiya. Feb. 2000; 88(2): 298-303

PB: MAIK Nauka/Interperiodica Publishing

RT: Journal-Paper

 

TI: Linear and nonlinear waveguides induced by optical vortex solitons

AU: Carlsson,-A.-H.; Malmberg,-J.-N.; Anderson,-D.; Lisak,-M.; Ostrovskaya,-E.-A.; Alexander,-T.-J.; Kivshar,-Y.-S.

SO: Optics-Letters. 1 May 2000; 25(9): 660-2

PB: Opt. Soc. America

RT: Journal-Paper

AB: We study, numerically and analytically, linear and nonlinear waveguides induced by optical vortex solitons in a Kerr medium. Both fundamental and first-order guided modes are analyzed, as well as cases of effective defocusing and focusing nonlinearity.

 

TI: Half-plane diffraction in the case of Gaussian beams containing an optical vortex

AU: Masajada,-J.

SO: Optics-Communications. 1 March 2000; 175(4-6): 289-94

PB: Elsevier

RT: Journal-Paper

 

TI: Optical vortex solitons in parametric wave mixing

AU: Alexander,-T.-J.; Kivshar,-Y.-S.; Buryak,-A.-V.; Sammut,-R.-A.

SO: Physical-Review-E-Statistical-Physics,-Plasmas,-Fluids,-and-Related-Interdisciplinary-Topics. Feb. 2000; 61(2): 2042-9

PB: APS through AIP

RT: Journal-Paper

 

TI: Observed rotational enhancement of nonlinear optical vortices

AU: Rozas,-D.; Swartzlander,-G.-A.-,-Jr.

SO: Optics-Letters. 15 Jan. 2000; 25(2): 126-8

PB: Opt. Soc. America

RT: Journal-Paper

AB: The propagation dynamics of an optical vortex pair is experimentally confirmed to experience enhanced rotation in a self-defocusing medium. We measured this effect to be 3.5 times larger than in linear media. The enhancement is attributed to nonlinear refraction within the dark vortex cores, permitting the vortices to propagate as vortex filaments.

 

TI: Vortex-stripe soliton interactions

AU: Kivshar,-Y.-S.; Nepomnyashchy,-A.; Tikhonenko,-V.; Christou,-J.; Luther-Davies,-B.

SO: Optics-Letters. 15 Jan. 2000; 25(2): 123-5

PB: Opt. Soc. America

RT: Journal-Paper

AB: We study the interaction of an optical vortex soliton with a dark-soliton stripe in a bulk nonlinear defocusing medium. We develop a multiscale asymptotic theory to predict the main effect of the interaction and then study it experimentally, observing vortex-induced stripe bending, development of the transverse instability, and stripe breakup.

 

TI: Waveguiding properties of optical vortex solitons

AU: Law,-C.-T.; Zhang,-X.; Swartzlander,-G.-A.-,-Jr.

SO: Optics-Letters. 1 Jan. 2000; 25(1): 55-7

PB: Opt. Soc. America

RT: Journal-Paper

AB: An optical vortex soliton induces a graded-index waveguide over an extended propagation distance in a self defocusing nonlinear optical medium. Using numerical techniques, we determine the waveguide dispersion and optimal size of the guided beam.

 

 

*** Search Words: optical vortices ***

 

TI: Localized structures and spatial correlations in lasers with multiphoton emission

AU: Garcia-Ojalvo,-J.; Torrent,-M.-C.; Vilaseca,-R.; San-Miguel,-M.; Brambilla,-M.

SO: Conference-Digest.-2000-International-Quantum-Electronics-Conference-Cat.-No.00TH8504. 2000: 1 pp.

PB: IEEE, Piscataway, NJ, USA

RT: Conference-Paper

IB: 0780363183

 

TI: The transverse-polarization dynamics of laser: polarized optical vortices and their soliton-like behaviour

AU: Konukhov,-A.-I.; Melnikov,-L.-A.

SO: Conference-Digest.-2000-International-Quantum-Electronics-Conference-Cat.-No.00TH8504. 2000: 1 pp.

PB: IEEE, Piscataway, NJ, USA

RT: Conference-Paper

IB: 0780363183

 

TI: Vectorial vortices in type-II optical parametric oscillators

AU: Santagiustina,-M.; Hernandez-Garcia,-E.; Miguel,-M.-S.; Oppo,-G.--L.; Scroggie,-A.-J.

SO: Conference-Digest.-2000-International-Quantum-Electronics-Conference-Cat.-No.00TH8504. 2000: 1 pp.

PB: IEEE, Piscataway, NJ, USA

RT: Conference-Paper

IB: 0780363183

 

TI: The curious arithmetic of optical vortices

AU: Molina-Terriza,-G.; Recolons,-J.; Torner,-L.

SO: Optics-Letters. 15 Aug. 2000; 25(16): 1135-7

PB: Opt. Soc. America

RT: Journal-Paper

AB: The superposition of noncoaxial light beams containing screw wave-front dislocations is shown to create light patterns with a richer vortex content than that given by the arithmetic of the topological charges of the individual beams. We report the experimental observation of this phenomenon.

 

TI: Optical vortices in low-mode fibers. III. Dislocation reactions, phase transitions, and topological birefringence

AU: Volyar,-A.-V.; Zhilaitis,-V.-Z.; Fadeeva,-T.-A.

SO: Optics-and-Spectroscopy. March 2000; 88(3): 397-405; Original: Optika-i-Spektroskopiya. March 2000; 88(3): 446-55

PB: MAIK Nauka/Interperiodica Publishing

RT: Journal-Paper

 

TI: Optical vortices generated by dislocations in a cholesteric liquid crystal

AU: Voloschenko,-D.; Lavrentovich,-O.-D.

SO: Optics-Letters. 1 March 2000; 25(5): 317-19

PB: Opt. Soc. America

RT: Journal-Paper

AB: We report the observation of optical vortices in a laser beam propagating through the stripe pattern of a cholesteric liquid crystal. The liquid crystal is confined in a cell with homogeneous boundary conditions and forms a diffraction phase grating. Optical vortices are produced by edge dislocations of the cholesteric grating. The vortices show up as spots of zero light intensity in the diffraction maxima. There is one spot in each +1 and -1 diffraction maximum and two spots in diffraction maxima +2 and -2.

 

TI: Higher-order extrema in two-dimensional wave fields

AU: Freund,-I.; Belenkiy,-A.

SO: Journal-of-the-Optical-Society-of-America-A-Optics,-Image-Science-and-Vision. March 2000; 17(3): 434-46

PB: Opt. Soc. America

RT: Journal-Paper

 

*** Search Words: vortex soliton ***

 

TI: Observation of dipole-mode vector solitons

AU: Krolikowski,-W.; Weilnau,-C.; Geisser,-M.; McCarthy,-G.; Denz,-C.; Luther-Davies,-B.; Ostrovskaya,-E.-A.; Kivshar,-Y.-S.

SO: Nonlinear-Optics:-Materials,-Fundamentals,-and-Applications.-Technical-Digest.-Postconference-Edition.-TOPS-Vol.46-IEEE-Cat.-No.00CH37174. 2000: 411-13

PB: Opt. Soc. America, Washington, DC, USA

RT: Conference-Paper

IB: 155752646X

 

TI: Observation of dipole-mode vector solitons

AU: Krolikowski,-W.; Ostrovskaya,-E.-A.; Weilnau,-C.; Geisser,-M.; McCarthy,-G.; Kivshar,-Y.-S.; Denz,-C.; Luther-Davies,-B.

SO: Physical-Review-Letters. 14 Aug. 2000; 85(7): 1424-7

PB: APS

RT: Journal-Paper

 

*** Search Words: Laguerre Gaussian mode ***

 

TI: Three-dimensional optical confinement of micron-sized metal particles and the decoupling of the spin and orbital angular momentum within an optical spanner

AU: O'Neil,-A.-T.; Padgett,-M.-J.

SO: Optics-Communications. 1 Nov. 2000; 185(1-3): 139-43

PB: Elsevier

RT: Journal-Paper

 

TI: Laser operation with two controlled transverse modes

AU: Oron,-R.; Blit,-S.; Davidson,-N.; Friesem,-A.-A.; Hasman,-E.

SO: Conference-Digest.-2000-International-Quantum-Electronics-Conference-Cat.-No.00TH8504. 2000: 1 pp.

PB: IEEE, Piscataway, NJ, USA

RT: Conference-Paper

IB: 0780363183

 

TI: Superresolution using a vertical-cavity surface-emitting laser (VCSEL) with a high-order Laguerre-Gaussian mode

AU: Flynn,-R.-A.; Kibar,-O.; Hartmann,-D.; Esener,-S.

SO: Japanese-Journal-of-Applied-Physics,-Part-1-Regular-Papers,-Short-Notes-&-Review-Papers. Feb. 2000; 39(2B): 902-5

PB: Publication Office, Japanese Journal Appl. Phys

RT: Conference-Paper; Journal-Paper

 

*** Search Words: polarization vortex ***

 

TI: Spin-orbit interaction in a generic vortex field transmitted through an elliptic fiber

AU: Alexeyev,-C.-N.; Soskin,-M.-S.; Volyar,-A.-V.

SO: Semiconductor-Physics-Quantum-Electronics-&-Optoelectronics. 2000; 3(4): 500-13

PB: Natl. Acad. Sci. Ukr

RT: Journal-Paper

 

*** Search Words: polarizaion sing* ***

 

TI: Singular polarization eigenstates in anisotropic stratified structures

AU: Meira-Belo,-L.-C.; Leitao,-U.-A.

SO: Applied-Optics. 1 June 2000; 39(16): 2695-704

PB: Opt. Soc. America

RT: Journal-Paper

 

*** Search Words: singular optic ***

 

 

*** Search Words: wave dislocation ***

 

 

TI: On three-dimensional dissipative optical solitons: collisions of laser bullets and topological solitons

AU: Kaliteevskii,-N.-A.; Rozanov,-N.-N.

SO: Optics-and-Spectroscopy. Oct. 2000; 89(4): 569-73; Original: Optika-i-Spektroskopiya. Oct. 2000; 89(4): 623-7

PB: MAIK Nauka/Interperiodica Publishing

RT: Journal-Paper

 

TI: Structure of an edge-dislocation wave originating in plane-wave diffraction by a half-plane

AU: Khizhnyak,-A.-I.; Anokhov,-S.-P.; Lymarenko,-R.-A.; Soskin,-M.-S.; Vasnetsov,-M.-V.

SO: Journal-of-the-Optical-Society-of-America-A-Optics,-Image-Science-and-Vision. Dec. 2000; 17(12): 2199-207

PB: Opt. Soc. America

RT: Journal-Paper

 

TI: Diffraction of optical beams by a half-plane

AU: Anokhov,-S.; Khizhnyak,-A.; Lymarenko,-R.

SO: Semiconductor-Physics-Quantum-Electronics-&-Optoelectronics. 2000; 3(1): 94-101

PB: Natl. Acad. Sci. Ukr

RT: Journal-Paper

 

*** Search Words: phase singularit* AND diffraction ***

 

TI: Unstable laser resonators with helical mirrors

AU: Sherstobitov,-V.-E.; Rodionov,-V.-Yu.

SO: Conference-Digest.-2000-Conference-on-Lasers-and-Electro-Optics-Europe-Cat.-No.00TH8505. 2000: 1 pp.

PB: IEEE, Piscataway, NJ, USA

RT: Conference-Paper

IB: 0780363191

 

TI: Gain guiding in stimulated scattering processes with hollow Bessel pump beams

AU: Schwarz,-U.-T.; Niggl,-L.; Maier,-M.

SO: Optics-Communications. 15 July 2000; 181(4-6): 413-23

PB: Elsevier

RT: Journal-Paper

 

*** Contributed papers not found in the search ***

 

TI: Diffractive vortex lens for mode-matching graded index fiber

AU: Johnson,-E.-G.; Stack,-J.; Koehler,-C.; Suleski,-T.

SO: Trends-in-Optics-and-Photonics.-Diffractive-Optics-and-Micro-Optics.-Vol.41.-Technical-Digest.-Postconference-Edition. 2000: 205-7

PB: Opt. Soc. America, Washington, DC, USA

RT: Conference-Paper

 

TI: Three-dimensional spinning solitons in dispersive media with the cubic-

     quintic nonlinearity.

AU: Desytnikov, -A.; Maimistov, -A.; Malomed,-B.

SO: Physical-Review-E-Statistical,-Nonlinear,-and-Soft-Matter-Physics. 2000; 61 (3): 3107-3113.

PB: APS through AIP

RT: Journal-Paper

 

TI: Azimuthal instability of three-dimensional spinning solitons in cubic-quintic nonlinear media.

AU: Mihalache,-D; Mazilu, -D.; Crasovan, -L.-C.; Malomed,-B.-A.; Lederer, -F.   

SO: Physical-Review-E-Statistical,-Nonlinear,-and-Soft-Matter-Physics. 2000; 61 (6): 7142-7145.

PB: APS through AIP

RT: Journal-Paper

 

TI: Azimuthal instability of spinning spatiotemporal solitons.

AU: Mihalache,-D; Mazilu, -D.; Crasovan, -L.-C.; Malomed,-B.-A.; Lederer, -F.   

SO: Physical-Review-E-Statistical,-Nonlinear,-and-Soft-Matter-Physics. 2000; 62: R1505-R1508.

PB: APS through AIP

RT: Journal-Paper

 

P. Di Trapani, W. Chinaglia, S. Minardi, A. Piskarskas, and G. Valiulis,

“Observation of quadratic vortex solitons”,

Phys. Rev. Lett., 84  (2000) 3843-3846

http://www.unico.it/~ditrapan/PaoloPapers/PRLv84p3843(2000).pdf

 

P. Di Trapani, G. Valiulis, A. Alexander, and Y. Kivshar,

"Parametric Optical-Vortex Solitons", in "Optics in 2000",

Opt. Phot. News, 11 (2000) 28-29