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Nonlinearity and Disorder: Theory and Applications

Author(s): NATO Advanced Research Workshop on Nonlinearity and Disorder: Theory and Applications (2001 : Tashkent, Uzbekistan); Bang, Ole; Sorensen, Mads Peter
ISBN10: 1402001916
ISBN13: 9781402001918
Cover: Hardcover
 
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SummaryTable of Contents
An up to date exposition of nonlinear phenomena in random and inhomogeneous media which provides recent results on the combined effects of nonlinearity and inhomogeneity, including random inhomogeneity. Topics covered include recent developments within such popular areas as nonlinear photonic crystals, inhomogeneous optical fibres (dispersion management), discrete nonlinear lattices, discrete breathers, Bose-Einstein condensates, ultra-short optical pulse, Josephson lattices, various types of inhomogeneous waveguides and nonlinear quantization.
Preface xiii
Poem xvii
M.R. Djumaev
Contributing Authors xix
Part I Nonlinear Waves in Random Media
Exponential Localization Versus Soliton Propagation
3(16)
J. Garnier
Introduction
3(1)
Random linear media
4(4)
Solitary waves
8(1)
Solitons in random media
9(2)
Numerical simulations
11(1)
Conclusion
12(7)
Appendix: An introduction to the inverse scattering transform
13(1)
Appendix: Proof of Proposition 5
14(5)
Pulse Confinement in Optical Fibers with Random Dispersion
19(10)
M. Chertkov
I. Gabitov
J. Moeser
Introduction
19(1)
Basic modelling
20(4)
Numerical results
24(2)
Conclusion
26(3)
Propagation of an Optical Pulse in a Fiber with Random Dispersion - management
29(8)
B.A. Malomed
A. Berntston
Introduction
29(1)
The model
30(3)
Numerical simulations
33(2)
Conclusion
35(2)
Spatial Solitons in Random Quadratic Media
37(18)
A. Kobyakov
F. Kh. Abdullaev
S.A. Darmanyan
E. Schmidt
F. Lederer
Introduction
37(3)
Description of the model. Equations for the mean fields
40(3)
Analytical model for soliton evolution based on the MFM equations
43(2)
Numerical simulations of solitons propagation in random quadratic media
45(6)
Conclusions
51(4)
Correlation of the Amplitude and Phase Random Modulations in Nonlinear Medium
55(6)
M.R. Djumaev
N.K. Nosirova
A.A. Abdumalikov
Spatio-temporal Chaos in Time Evolution of BEC with Attractive Two-body Interactions
61(8)
A. Gammal
V.S. Filho
L. Tomio
T. Frederico
Dynamics of a Bose-Einstein Condensate in Optical Trap
69(12)
F.Kh. Abdullaev
B.B. Baizakov
V.V. Konotop
Introduction
69(1)
Basic equations and the method of analysis
70(3)
Numerical modelling
73(3)
Conclusion
76(5)
Part II Nonlinear Waves in Discrete, Including Disordered, Systems
Aspects of Discrete Breathers and New Directions
81(18)
S. Aubry
G. Kopidakis
Introduction
81(2)
Existence proofs for discrete breathers
83(9)
Perspectives on discrete breathers applications
92(7)
Complexity at Mesoscale
99(16)
A.R. Bishop
K.O. Rasmussen
J. Roder
T. Lookman
A. Saxena
A. Vanossi
P. Kevrekidis
Introduction
99(1)
Pattern formation in a driven nonlinear lattice
100(4)
Dry friction
104(3)
Patterns arising from elastic compatibility
107(4)
Conclusions
111(4)
Resonant Mode Interactions in Nonlinear Lattices
115(16)
V.V. Konotop
Properties of a linear lattice
116(3)
Nonlinear model
119(1)
Second harmonic generation in a two-dimensional lattice
120(4)
Quadratic solitons in a lattice
124(1)
Dynamics of a double chains
125(4)
Conclusion
129(2)
Discrete Solitons in Nonlinear Waveguide Arrays
131(28)
F. Lederer
S. Darmanyan
A. Kobyakov
Introduction
131(3)
Basic mathematical models
134(2)
Discrete diffraction and modulational instability
136(5)
Solitons in cubic nonlinear media
141(9)
Solitons in quadratic nonlinear media
150(5)
Conclusions
155(4)
Quantization of Intrinsic Nonlinear Localized Modes in Solids
159(14)
S. Takeno
V.V. Konotop
Introduction
159(2)
Formulation of the problem in the rotating-wave approximation
161(2)
Effective linear lattices and quantization
163(1)
Solutions of one-ILM problem
164(3)
Self-consistent theory
167(6)
Experiments with Discrete Breathers in Josephson Arrays
173(16)
A.V. Ustinov
Introduction
173(1)
Josephson junction as a nonlinear oscillator
174(3)
Theoretical model for Josephson ladder arrays
177(1)
Experimental methods and results
177(6)
Future work
183(2)
Summary
185(4)
Breather Compactification in Nonlinear Anharmonic Lattices with Nonlocal Dispersive Interactions
189(8)
B. Dey
M. Eleftheriou
G.P. Tsironis
Introduction
189(2)
Analytic solutions
191(1)
Numerical analysis
192(2)
Conclusions
194(3)
Growth and Decay of Weakly Perturbed Discrete Breathers
197(8)
M. Johansson
Introduction
197(1)
Model and results
198(4)
Summary
202(3)
Standing Waves in 1D Nonlinear Lattices
205(8)
A.M. Morgante
M. Johansson
G. Kopidakis
S. Aubry
Introduction
205(1)
The model
205(1)
Descriptions of standing waves
206(3)
Stability of standing waves
209(4)
Wannier-Stark Solitons in Waveguide Arrays with Linear Potential
213(10)
T. Pertsch
A. Brauer
U. Peschel
F. Lederer
Linear properties
214(2)
Experimental results
216(1)
Wannier-Stark solitons
217(2)
Conclusions
219(4)
Part III Optical Solitons in Inhomogeneous Media
The Stimulated Raman Scattering System: a Numerical Study
223(16)
J.G. Caputo
Introduction
223(1)
The model
224(2)
Saturation of Raman effect with distance l
226(2)
Observation of Raman solitons:
228(5)
Phase effects
233(6)
Chaotic Dynamics of Topological Defects in Parametrically Excited Waves
239(16)
A.B. Ezersky
S.V. Kiyashko
A. V. Nazarovsky
Introduction
239(3)
Dynamics of topological defects in parametrically excited waves
242(9)
Conclusion
251(4)
Wavebreaking in Hydrodynamics of the Defocusing NLS Equation
255(8)
A.M. Kamchatnov
Introduction
255(1)
Dispersionless limit of the NLS equation, its periodic solutions and their modulations
256(3)
Exact solution of the Whitham equations and description of the region of oscillations after wavebreaking point
259(4)
Propagation and Interaction of Extremely Short Electromagnetic Pulses in Non-Linear Media
263(16)
A.I. Maimistov
Extremely short pulse propagation in resonance medium
264(3)
Extremely short pulse propagation under quasi-resonance condition
267(1)
Extremely short pulse propagation in non-resonance medium
268(9)
Conclusion
277(2)
Nonlinear Impurity Modes in Homogeneous and Periodic Media
279(12)
A.A. Sukhorukov
Yu.S. Kivshar
Introduction
279(1)
General analysis
280(3)
Impurity-induced localization in a homogeneous medium
283(2)
Impurity-induced localization in a periodic superlattice
285(2)
Concluding remarks
287(4)
Effects of Linear and Nonlinear Photo-elasticity in Super-lattices Near Interband Resonances
291(6)
R.A. Ayukhanov
G. N. Shkerdin
Introduction
291(1)
Calculation of the dielectric constant and the linear and nonlinear photo-elastic constants
292(2)
Discussion
294(1)
Conclusion
295(2)
Resonant Optics of Impurities in Photonic Crystals
297(10)
A.M. Basharov
Introduction
297(2)
Two-photon relaxation processes in the field of coherent wave
299(1)
The density matrix equation for impurity atom
300(1)
Trapping of resonant excitation of impurity
301(1)
Deactivation of level inside the gap by non resonant coherent wave
302(2)
Population inversion
304(1)
Conclusion
304(3)
Bragg-grating Solitons in Dual-core Semi-linear Systems
307(8)
J. Atai
B.A. Malomed
Introduction
307(2)
The Bragg grating on the nonlinear core
309(2)
The Bragg grating on the linear core
311(2)
Conclusion
313(2)
Transverse Patterns in Type-II Optical Parametric Oscillators
315(8)
G. Izus
M. Santagiustina
M. San Miguel
P. Colet
Introduction
315(1)
Mean field equations for a type-II OPO
316(1)
Walk-off effects
317(2)
Polarization coupling and domain walls
319(2)
Summary
321(2)
Self-trapping and Localized Modes in 2-D Photonic Crystals
323(18)
S.F. Mingaleev
Yu.S. Kivshar
Introduction
323(1)
Model
324(1)
Effective discrete equations
325(2)
A Linear defect mode
327(1)
Nonlinear localized modes
327(4)
Soliton Self-shaping Through Transverse Electrostrictive Modulation in a Brillouin Fiber Ring Laser
C. Montes
I. Bongrand
E. Picholle
J. Botineau
A. Picozzi
Introduction
331(2)
4-wave SBS-Kerr-CBS model
333(2)
Pulse's dynamics
335(1)
Stability map
336(2)
Stability enhancement
338(2)
Conclusion
340(1)
Acknowledgements
340(1)
Quantum Dynamics in Kerr Nonlinear Coupler via Phase-space Representation
341(10)
B.A. Umarov
Abdel-Baset M.A. Ibrahim
M.R.B. Wahiddin
Introduction
341(1)
Quantum dynamics of the three mode NLC
342(3)
Quantum dynamics of the two mode NLC in the cavity
345(3)
Acknowledgments
348(3)
Exact Cluster Expansions for a One-dimensional δ-function Bose Gas
351(14)
M. Wadati
G. Kato
Introduction
351(2)
Formulation and two-particle case
353(2)
N-particle case
355(2)
Thermodynamic properties
357(3)
Summary and Discussions
360(5)
Part IV Nonlinear Optical Waves and Nonlinear Waves in General
Nonlinear Optical Shocks and Missiles. Theory, Applications and Numerical Methods
365(22)
L. Vazquez
M.A. Porras
F. Salazar-Bloise
Basic propagation equations
367(2)
Formation of carrier shocks in nonlinear transparent dielectrics
369(2)
Optical missiles from diffracted optical shocks
371(6)
Effects of material dispersion on shock and missile formation
377(3)
Further remarks: experiments and alternative applications
380(2)
Numerical methods for electromagnetic pulse propagation
382(5)
Nonlinear Analysis of Heart Rate Variability
387(10)
G. Celebi
I.S. Uzun
M. Pehlivan
M.H. Asyali
A. Turkoglu
I. Soydan
Introduction
387(1)
Dynamic systems and time series
388(4)
Experimental
392(1)
Results:
393(1)
Discussion and conclusions
393(4)
Phenomenon of ``Quantized'' Oscillation Excitation
397(14)
V. Damgov
P. Trenchev
Introduction
397(3)
Excitation of ``quantized'' pendulum oscillations
400(2)
General conditions for ``quantized'' oscillation excitation
402(4)
Conclusion
406(5)
The Doppler Effect and Form of the Profile of Radiation Spectral Lines
411(4)
M.R. Djumaev
Introduction
411(1)
Distribution function of fluxons
412(1)
The Profile of the radiation spectral line
413(1)
Short summary
414(1)
Dissipative soliton dynamics in strongly driven ferromagnets
415(8)
A.S. Kirakosyan
Introduction
415(1)
Model
416(1)
Multiple-time scale method
417(1)
Bloch domain wall
418(2)
Numerical results
420(1)
Summary and discussion
421(2)
Nonlinear Eigenmodes in Quadratic Film Waveguides
423(12)
M. Neviere
S. A. Darmanyan
Accelerating Solitons and Photorefractivity
435(8)
D.F. Parker
M. Facao
Ch. Radha
The accelerating similarity variable
435(3)
Photorefractive accelerating solitons
438(2)
Numerical procedure and results
440(3)
Index 443

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