Nonlinear physics has been growing at an astounding rate over the
past two decades and has changed its character from a collection of
exotic examples of nonstandard behaviour to an all-embracing
scientific methodology. This practical hands-on guide provides an
overview of the features of condensed matter systems. This book
provides self-contained background material, however the
centrepiece of the text is the chapter dealing with a systematic
development of nonlinear field equations for many-body systems. In
order to equip the reader with concrete skills in tackling
nonlinear problems in physics, the authors analyse in great detail
several important applications such as metamagnetism,
superconductivity, the Hubbard Hamiltonian and the multi-electron
atom to name a few. A separate mathematical chapter shows in an
easy-to-follow manner how the various integrable nonlinear
differential equations that arise in physics can be solved
analytically. This book will serve as a compendium of facts and
references related to the subject area of nonlinear condensed
matter physics. In addition, it can be used as practical
introduction into currently developed nonlinear research methods in
theoretical physics in general.
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