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Visual Complex Analysis New Ed Edition
Enhance your purchase
- ISBN-100198534469
- ISBN-13978-0198534464
- EditionNew Ed
- PublisherClarendon Press
- Publication dateFebruary 18, 1999
- LanguageEnglish
- Dimensions9.2 x 6.16 x 1.23 inches
- Print length616 pages
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Editorial Reviews
Review
"[Needham's] highly praised massive book Visual Complex Analysis may still be resounding in the minds of those who have read it. The original approach and the numerous graphics must have left a lasting impression." -- Adhemar Bultheel, Mathematical Association of America Reviews
"Visual Complex Analysis is a delight, and a book after my own heart. By his innovative and exclusive use of the geometrical perspective, Tristan Needham uncovers many surprising and largely unappreciated aspects of the beauty of complex analysis." --Roger Penrose
"Tristan Needham's Visual Complex Analysis will show you the field of complex analysis in a way you almost certainly have not seen before. Drawing on historical sources and adding his own insights, Needham develops the subject from the ground up, drawing us attractive pictures at every step of the way. If you have time for a year course, full of fascinating detours, this is the perfect text; by picking and choosing, you could use it for a variety of shorter courses. I am tempted to hide the book from my own students, in order to appear more clever for popping up with crisp historical anecdotes, great exercises, and pictures that explain things like that mysterious 2*pi that crops up in integrals. Whether you use Visual Complex Analysis as a text, a resource, or entertaining summer reading, I highly recommend it for your bookshelf."--American Mathematical Monthly
"Delivers what its title promises, and more: an engaging, broad, thorough, and often deep, development of undergraduate complex analysis and related areas. . .A truly unusual and notably creative look at a classical subject." --American Mathematical Monthly
"One of the saddest developments in school mathematics has been the downgrading of the visual for the formal. I'm not lamenting the loss of traditional Euclidean geometry, despite its virtues, because it too emphasised stilted formalities. But to replace our rich visual intuition by silly games with 2 x 2 matrices has always seemed to me to be the height of folly. It is therefore a special pleasure to see Tristan Needham's 'Visual Complex Analysis' with its elegantly illustrated visual approach. Yes, he has 2 x 2 matrices--but his are interesting." --New Scientist
"Committed to the exclusive use of geometrical arguments and content to pay the price of 'an initial lack of rigour', he has produced a radically new text. The author writes "as though [he] were explaining the ideas directly to a friend". This informal style is excellently judged and works extremely well."--Mathematical Review
"This is a book in which the author has been willing to make himself available as our teacher. His own voice enters in a rather charming way....I recommend Visual Complex Analysis, as something to read and enjoy, to share with students, and perhaps to inspire other books in which the voice of the author is vividly present to teach and explain."--American Mathematical Monthly
About the Author
Tristan Needham is Associate Professor of Mathematics at the University of San Francisco. For part of the work in this book, he was presented with the Carl B. Allendoerfer Award by the Mathematical Association of America.
Product details
- Publisher : Clarendon Press; New Ed edition (February 18, 1999)
- Language : English
- Paperback : 616 pages
- ISBN-10 : 0198534469
- ISBN-13 : 978-0198534464
- Item Weight : 2.04 pounds
- Dimensions : 9.2 x 6.16 x 1.23 inches
- Best Sellers Rank: #46,108 in Books (See Top 100 in Books)
- #8 in Mathematical Analysis (Books)
- #27 in Calculus (Books)
- #101 in Applied Mathematics (Books)
- Customer Reviews:
About the author

VISUAL COMPLEX ANALYSIS: 25th ANNIVERSARY EDITION (with a new Foreword by Roger Penrose) is finally available for pre-order! If you are interested in VCA, I strongly recommend that you do *not* buy the original edition now, but rather *wait* for the *greatly* improved (and cheaper!) new "25th Anniversary Edition": the "Print-Replica" Kindle edition will be published on January 31st, 2023, and the official print publication date is February 28th, 2023.
OCTOBER 2021 UPDATE: "Visual Differential Geometry and Forms" now has a website: VDGF.space. It contains both a STATIC INITIAL ERRATA (corrected in the current printing) and a DYNAMIC ERRATA, listing errors that were reported *after* PUP froze the current version. Now that VCA@25 is almost behind me, I plan a *major* update to the DYNAMIC ERRATA in February, 2023.
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Tristan Needham (son of the distinguished social anthropologist Rodney Needham) grew up in Oxford, England, where he attended the Dragon School (with Stephen Wolfram and Hugh Laurie).
He studied physics at Merton College, Oxford, before moving to the Mathematical Institute, where he enjoyed the great privilege of studying black holes under the supervision of Sir Roger Penrose.
Tristan received his DPhil in 1987, and joined the faculty of the University of San Francisco in 1989. His current focus is Differential Geometry, but Complex Analysis, General Relativity, and the history of science are abiding loves. His continuing mission is to seek out new intuitive forms of understanding, and new visualizations.
His book "Visual Complex Analysis" (Oxford University Press) won first prize in the National Jesuit Book Award Competition. An earlier paper received the Mathematical Association of America's Carl B. Allendoerfer Award.
His new book, "Visual Differential Geometry and Forms: A Mathematical Drama in Five Acts", was published by Princeton University Press on July 13, 2021.
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Learn more how customers reviews work on AmazonReviewed in the United States on July 26, 2008
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When in the 8th grade [millions of years ago] I purchased advanced texts in Advanced Engineering, Vector Analysis and Complex Analysis and looked through the books. I was curious about the math symbols and how they worked. Several years later I had taken courses in these subjects. I would encourage others to browse as it may lead you to a career too.
Ahlfors is a great classical text. Conway (two volumes) is thorough, clear, and modern. Carrier, Krook, and Pearson is especially concise and well oriented to the practical calculations of engineering and applied science. Berenstein/Gay is very modern and oriented to a very high quality undergraduate or beginning graduate who intends to continue in (very) pure mathematics. All these and more (e.g. Saff) are at least very good or perhaps excellent texts. Because there is a body of problems that beginners are expected to be able to work (mathematics is also a culture---there are expectations), it is probably necessary to pick one of these texts and to use Needham's book as one of two texts for an excellent course. I know of no other book that gives the great intuitive and geometric understanding of complex analysis that Needham gives. I would, under no circumstances, teach any beginning course in complex analysis at any school anywhere at any time for any reason without using Needham as one of the texts. If I were feeling particularly self-satisfied, I might possibly use it as the only text. I myself seldom feel so confident. Perhaps you do. This text is used frequently at M.I.T. and at Oxford. That seems to me a great recommendation. The book is very well and clearly written. The prose flows. It is a great joy to read.
I applaud the author's effort to visually describe the complex plane: in particularly complex multiplication and integration. He also goes into great detail on Mobius transformations and other geometric concepts. However, I think that he missed the opportunity to describe complex differentials completely. While he speaks of analytic functions being "everywhere aplitwist," he doesn't describe the nature of differentials at analytic points: namely, the differential remains the same, regardless of which path we take from the point. This much more clearly explains the rigidity of analytic functions (along with theorems like FTC, maximum modulus, etc. which follow directly from this rigidity).
I believe that he forsakes his own thesis in describing the argument principle in generic topological arguments. These arguments are far more involved than they need to be.
More than anything, I dislike how he uses results that haven't been proved. It is quite annoying to use Cauchy's Theorem throughout the book, not proving it till very late.
All that said, this is an overall great book that will get you thinking about the concepts. His writing style is very skillful, and, obviously, he provides a lot of figures to help get his point across. It is definitely worth adding to your library, but I think that you will need at least one other text to completely grasp the subject. (I personally recommend Gamelin's book.)
Other than that the book is enlightening and entertaining. I learn something new everyday with this book, it is a great book to have as a teaching suppliment or as light reading. It allows one focus on concepts that may be hard to grasp in literature, but now more easy to grasp due to the visual representations this book contains.
I gave it 4 out 5 of because I wish to see more practical applications besides just theory (although the book is called complex analysis for a reason, it talks mostly about theory which i truely understand that was the intention). More practical and applied problems would be a benefit to those who are not just visual learners but also want to understand more about the importance of complex analysis.
The book is good, get it.
Top reviews from other countries
First of all, it is a very good piece of writing. The book very easy to read (although the content is far from being easy!) and I can compare the reading of this book to reading a good classical literature. Besides that, all of the explanations in the book is very clear and visual.
I knew a bit of complex analysis before, but I always felt that I miss some parts and I don't have a whole image of this field in my head. But I was quite prepared. Surprisingly, even those things which I already knew this book presented in a different way, which was very interesting.
I strongly recommend this book to everyone (even to those who is confident in his knowledge of Complex Analysis!) and personally I'll follow this author and by his upcoming books.
In a way you only see how good this book is when you read a number of other books on this topic? This is a book that works best when other books balance these two approaches, and by doing this it lets you see the whole 'landscape' of complex analysis.
If other books are rich in detailed questions, you slog along and break them down in small steps often without the `big picture' of where it fits in the wider scheme of things. With this book you see a vast sweeping panorama that allows the reader to gain insight with a geometrical approach in conceptualising areas.
The book starts in elemental terms in reflections and translations and complex algebra. Also a common feature is the book has outstanding illustrations and has helpful text to explain in more depth. I found the approach helped my geometrical interpretation of the links between complex numbers projected onto 'Riemann spheres' using 'Möbius transforms' through into 'Hyperbolic geometry' and the Calculus and on further to consider the properties of 3 combinations of two curved mirrors (reflections and translations again) on a Euclidian plane. The book also carries on to cover more general-purpose 'Laurent series' and beyond and how they can be applied in Complex Analysis.
* Updated 12/01/2021
Reread this book cover - to - cover and it's so clear. The bit on celestial mechanics is not very good, but the rest is beautifully explained and easily comprehended. During this lockdown, I reread math books I have previously read and re-watch a movie to break the silence.
Summary: I.M.H.O. It's a good buy as part of your bookshelf on this gripping topic. A Mathematics professor I knew once (who I will not name) -paraphrased-described the book to me as "the type of book you have at MSc level, without the intensive level of calculation. Its a lovely book to give you a `feel' of the topic".









