Preface
1: Integrability in classical mechanics
2: Soliton equations and the Inverse Scattering Transform
3: The hamiltonian formalism and the zero-curvature
representation
4: Lie symmetries and reductions
5: The Lagrangian formalism and field theory
6: Gauge field theory
7: Integrability of ASDYM and twistor theory
8: Symmetry reductions and the integrable chiral model
9: Gravitational instantons
10: Anti-self-dual conformal structures
Appendix A: Manifolds and Topology
Appendix B: Complex analysis
Appendix C: Overdetermined PDEs
Index
Maciej Dunajski read physics in Lodz, Poland and received a PhD in
mathematics from Oxford University where he held a Senior
Scholarship at Merton College. After spending four years as a
lecturer in the Mathematical Institute in Oxford where he was a
member of Roger Penrose's research group, he moved to Cambridge,
where holds a Fellowship and lectureship at Clare College and a
Newton Trust Lectureship at the Department of Applied Mathematics
and Theoretical
Physics. Dunajski specialises in twistor theory and differential
geometric approaches to integrability and solitons. He is married
with two sons.
My view is that the book is a success. I have no hesitation in
recommending the book as a textbook/reference for advanced
undergraduates (Mmath or other masters level), and for researchers
as well. It is also very valuable as a crossover book: showing
researchers in other disciplines how some of this new theory
motivated by cosmology can be introduced into other areas such as
fluid mechanics.
*Professor Thomas J. Bridges, Contemporary Physics*
As an introduction to an exciting area of research, this book is
excellent because it is not only accessible but self contained. A
wonderful feature of the book is the clear and informative
explanation of the topics and the wealth of examples. The
presentation style of the book means that it is accessible to
readers ranging from advanced undergraduates doing research to
experts. It would be an excellent textbook for a course at the
advanced undergraduate level or graduate level in either
mathematics or physics. This book will become a standard on the
subject. The typesetting of the book is very clean, with nicely
sized fonts and clean uniform notation. It includes 35
illustrations which helpfully illustrated text. It is my pleasure
to highly recommend it to anyone from an advanced undergraduate to
a researcher in the fields covered.
*Donald M Witt, Classical and Quantum Gravity*
The author has done a remarkable job of weaving these topics
together in an engaging and readable book...my view is that the
book is a success. I have no hesitation in recommending the book as
a textbook/reference for advanced undergraduates (Mmath or other
masters level), and for researchers as well.
*Professor Thomas J. Bridges, Contemporary Physics*
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