Pattern Formation

1. What are natural patterns?; 2. A bit of bifurcation theory?; 3. A bit of group theory?; 4. Bifurcations with symmetry; 5. Simple lattice patterns; 6. Superlattices, hidden symmetries and other complications; 7. Spatial modulation and envelope equations; 8. Instabilities of stripes and travelling plane waves; 9. More instabilities of patterns; 10. Spirals, defects and spiral defect chaos; 11. Large-aspect-ratio systems and the Cross-Newell equations.

Rebecca Hoyle is a Senior Lecturer in Mathematics at the University of Surrey.

'Rebecca Hoyle's book is an invaluable graduate text for those who first enter the field of Pattern Formation. It has a remarkably lucid style and friendly exposition and very balanced level of detail through the book. An important strength is its rigorous mathematical approach which equips the reader with the underlying understanding of the mechanisms of pattern formation and enables one to confidently investigate novel problems ... I find it remarkable that a book presenting a field that has recently grown to such proportions, feels so light and approachable when you first take it in your hands. This is, I think, a much needed encouragement for the beginner. The uncluttered chapter structure and also the nice publisher design play a role in this.' UK Nonlinear News 'The book is nicely illustrated with many examples and can be used as an upper-undergraduate textbook for mathematics students as well as a good introductory resource to pattern formation methods for researchers.' Zentralblatt MATH ' ... provides an excellent first look at the traditional applications and the mathematical theory of pattern formation. Readers who work through a substantial part of the book will be well equipped to dive into the current research literature.' Journal of Fluid Mechanics ' ... a very useful guide to this topic area, presented in a clear and logical fashion and written with style and panache.' Mathematics Today