Harmonic Measure

'The authors say that they wrote this book to explain the exciting new developments in the subject over the past couple of decades. They have achieved this with an impressive scholarship and outstanding expository clarity. ... it has clearly been written with great care and deep insight into the subject matter. I expect it to become a highly valued addition to the bookshelves of students and experienced researchers alike.' Zentralblatt MATH

'... everybody who is interested in function theory and for whom Harmonic Measure sounds somewhat familiar and potentially interesting will find this book extremely useful, wonderfully well written and a joy to read.' MAA Reviews

'Over the last 20 years I have often been asked to suggest a 'good place to learn about harmonic measure,' and from now on the book of Garnett and Marshall will be my first suggestion. It's a great place for graduate students to learn an important area from the foundations up to the research frontier or for experts to locate a needed result or reference ... The book is well organized and well written ... It deserves a large audience because this material is fundamental to modern complex analysis and has important connections to probability, dynamics, functional analysis and other areas. It will be of immense value to both expert practitioners and students. This is one of a handful of books I keep on my desk (rather than up on a shelf), and I often look through its pages to educate or entertain myself. It is an illuminating survey of the geometric theory of harmonic measure as it stands today and is sure to become a respected textbook and standard reference that will profoundly influence the future development of the field.' Bulletin of the American Mathematical Society

'... can be warmly recommended to students and researchers with a deep interest in analysis. It is an excellent preparation for serious work in complex analysis or potential theory.' EMS Newsletter

John B. Garnett is Professor of Mathematics in the Department of Mathematics at University of California, Los Angeles. Donald E. Marshall is Professor of Mathematics in the Department of Mathematics at University of Washington, Seattle.

1. Jordan domains; 2. Finitely connected domains; 3. Potential theory; 4. Extremal distance; 5. Applications and reverse inequalities; 6. Simply connected domains, part one; 7. Bloch functions and quasicircles; 8. Simply connected domains, part two; 9. Infinitely connected domains; 10. Rectifiability and quadratic expressions; Appendices.