Titlebook: Nonlinear Dynamics in Solids; Deutsche Physikalische Gesellschaft,Harry Thomas Textbook 1992 Springer-Verlag Berlin Heidelberg 1992 Chaoti

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T. Geiseld leaders in the field, this book covers background, technical, clinical, and commercial aspects of this exciting technology. Some of the topics covered include the evolution of cataract surgery, femtosecond la978-1-4939-4257-2978-1-4614-1010-2

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R. Schillingsurgery, and the economics of laser cataract surgery. .?.?.Edited and written by recognized leaders in the field, this book covers background, technical, clinical, and commercial aspects of this exciting technology. Some of the topics covered include the evolution of cataract surgery, femtosecond la

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Dynamical Structures: Formation, Symmetry, Stability,ough the system. It is a common feature of such “driven” systems that the driving force keeps them far from thermodynamic equilibrium, and that dissipation gives rise to the production of heat which has to be carried away by coupling the system to a heat sink (Fig. 1).

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Current Instabilites in the Interplay Between Chaos and Semiconductor Physics,e guided by the desire to explain the whole system by a single appropriate model. In such an approach, one would like to start with elementary semiconductor physics and end up with a comprehensive understanding, without requiring the experimentalist to exclude any experimental facts from his mind. T

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Chaos and Nonlinear Effects in Josephson Junctions and Devices,ontrivial nonlinear phenomena. Chaotic behaviour in this system was first revealed in simulations by . et al. [1] and by . et al. [2]. Subsequently the existence of chaos in Josephson junctions has been verified by theory [3 – 10] and simulations [11–20].

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Chaotic Dynamics in Spin-Wave Instabilities, iron garnet (YIG) probing spin-wave instabilities above the first-order Suhl threshold. A very complex multistable behaviour and various types of auto-oscillations and sequences of bifurcations are observed, ending up in chaos. The experimental behaviour can be interpreted in terms of a multimode-m

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Solitary Nonlinear Excitations in Spin Systems: Theory,solitons as domain walls, mediating between equivalent ground states. Static soliton and antisoliton solutions are given. A particular model is discussed, which is equivalent to the Sine-Gordon chain and exhibits three types of solutions: solitons/breathers/phonons. The relevance of these models for

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Solitary Nonlinear Excitations in Spin Systems: Experiment,to probe the soliton dynamics of ferro- and antiferromagnetic sine-Gordon chains. We report on inelastic neutron scattering, nuclear magnetic resonance and electron spin resonance experiments in CsNiF. and TMMC. Particular interest was aimed at the instability of solitons in high magnetic fields.