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Multiply Your Success with Feng ShuiWhat is Feng Shui, and how can it change your life? The term is often used casually and without much understanding. In MULTIPLY YOUR SUCCESS WITH Feng Shui Vladimir Zakharov addresses the complexities and proven results of practicing the scientifi c and spiritual art. Forget the old misconceptions of sliding furniture to ambiguous places and decorations consisting of frogs and coins, and learn the true value of this area of Chinese metaphysics. Multiply the talents and wealth you already possess to make them far more fruitful. You’ll have the proven and detailed guide to: • Sell a house in a slow market • Triple your money luck• Add energy in your life• Jump-start success in every aspect of your lifeNo matter your age or income, there is room to increase your success while simplifying your life. MULTIPLY YOUR SUCCESS WITH Feng Shui is the resource you need to begin your journey.Vladimir Zakharov is an international Feng Shui guru and successful entrepreneur. Zakharov now shares his knowledge by multiplying the fortunes of his clients, especially residential and commercial developers.For more information about Vladimir Zakharov and the true power of Feng Shui and Chinese metaphysics, visit fengshuimillionaire.com

Starting at the level of graduate students, this book offers a comprehensive introduction to a rapidly developing field of turbulence.  It also presents the state of the art of the theory of wave turbulence in diverse media for researchers looking for a formalism to solve existing problems or for new research subjects and ideas. The book provides a general theory of developed wave turbulence in different media: plasmas, solids, atmosphere, oceans and space.The presentation starts with a simple and intuitive dimensional analysis and proceeds to a rigorous analytic theory with exact solutions for the stationary spectra of turbulence, stability theory of such spectra, description of nonstationary regimes and matching spectra with pumping and dissipation regions. The reader is provided with the necessary tools to study nonlinear waves and turbulence: Hamiltonian formalism, statistical description, derivation of kinetics equations and methods of finding their steady and non-steady solutions.In this second edition the book is brought up to date both in theoretical and experimental/observational aspects. In particular, the authors have updated and revised the description of nonstationary turbulence, turbulent entropy production, etc, and added discussions of master equation and several cases of strong turbulence and nonlocal cascades. The book now includes excercises, some with solutions.

Starting at the level of graduate students, this book offers a comprehensive introduction to a rapidly developing field of turbulence.  It also presents the state of the art of the theory of wave turbulence in diverse media for researchers looking for a formalism to solve existing problems or for new research subjects and ideas. The book provides a general theory of developed wave turbulence in different media: plasmas, solids, atmosphere, oceans and space.The presentation starts with a simple and intuitive dimensional analysis and proceeds to a rigorous analytic theory with exact solutions for the stationary spectra of turbulence, stability theory of such spectra, description of nonstationary regimes and matching spectra with pumping and dissipation regions. The reader is provided with the necessary tools to study nonlinear waves and turbulence: Hamiltonian formalism, statistical description, derivation of kinetics equations and methods of finding their steady and non-steady solutions.In this second edition the book is brought up to date both in theoretical and experimental/observational aspects. In particular, the authors have updated and revised the description of nonstationary turbulence, turbulent entropy production, etc, and added discussions of master equation and several cases of strong turbulence and nonlocal cascades. The book now includes excercises, some with solutions.

This book constitutes the refereed proceedings of the 4th International Conference on Tools and Methods for Program Analysis, TMPA 2017, Moscow, Russia, March 3-4, 2017.The 12 revised full papers and 5 revised short papers presented together with three abstracts of keynote talks were carefully reviewed and selected from 51 submissions. The papers deal with topics such as software test automation, static program analysis, verification, dynamic methods of program analysis, testing and analysis of parallel and distributed systems, testing and analysis of high-load and high-availability systems, analysis and verification of hardware and software systems, methods of building quality software, tools for software analysis, testing and verification.

This text presents an overview of recent theoretical and experimental advances in the field of optical solitons, ranging from the mathematical foundations of integrability theory to the rapidly evolving technology of fiber soliton- based telecommunication systems. The subjects covered in the book can be broadly grouped into four main categories: optical soliton theory, fiber soliton telecommunications, optical soliton generation methods, and all-optical information processing via spatial solitons. This book should be a useful reference both for postgraduate students starting their research in the field, and researchers actively involved in nonlinear optics and optical communications.

The idea of devoting a complete book to this topic was born at one of the Workshops on Nonlinear and Turbulent Processes in Physics taking place reg­ ularly in Kiev. With the exception of E. D. Siggia and N. Ercolani, all authors of this volume were participants at the third of these workshops. All of them were acquainted with each other and with each other's work. Yet it seemed to be somewhat of a discovery that all of them were and are trying to understand the same problem - the problem of integrability of dynamical systems, primarily Hamiltonian ones with an infinite number of degrees of freedom. No doubt that they (or to be more exact, we) were led to this by the logical process of scientific evolution which often leads to independent, almost simultaneous discoveries. Integrable, or, more accurately, exactly solvable equations are essential to theoretical and mathematical physics. One could say that they constitute the "mathematical nucleus" of theoretical physics whose goal is to describe real clas­ sical or quantum systems. For example, the kinetic gas theory may be considered to be a theory of a system which is trivially integrable: the system of classical noninteracting particles. One of the main tasks of quantum electrodynamics is the development of a theory of an integrable perturbed quantum system, namely, noninteracting electromagnetic and electron-positron fields.

Wave collapse is a formation of singularity arising in an initially smooth wave field due to nonlinearity. Self-focusing of light and breaking of seawaves are classical examples of such phenomena. Another conspicuous example is the collapse of Langmuir wave in plasma. This book offers a scientific systematic overview of the wave collapse theory. It includes a detailed theory of collapses in the framework of the nonlinear Schrodinger equation and its generalizations, and also applications to nonlinear optics and plasma physics. The theory of wave-breaking and vortex reconnection in hydrodynamics is also discussed.