9780192868916-0192868918-Visual Complex Analysis: 25th Anniversary Edition

Visual Complex Analysis: 25th Anniversary Edition

ISBN-13: 9780192868916
ISBN-10: 0192868918
Edition: Anniversary
Author: Tristan Needham
Publication date: 2023
Publisher: Oxford University Press
Format: Hardcover 720 pages
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Book details

ISBN-13: 9780192868916
ISBN-10: 0192868918
Edition: Anniversary
Author: Tristan Needham
Publication date: 2023
Publisher: Oxford University Press
Format: Hardcover 720 pages

Summary

Visual Complex Analysis: 25th Anniversary Edition (ISBN-13: 9780192868916 and ISBN-10: 0192868918), written by authors Tristan Needham, was published by Oxford University Press in 2023. With an overall rating of 3.5 stars, it's a notable title among other books. You can easily purchase or rent Visual Complex Analysis: 25th Anniversary Edition (Hardcover) from BooksRun, along with many other new and used books and textbooks. And, if you're looking to sell your copy, our current buyback offer is $36.65.

Description

FROM THE AUTHOR:
All legitimate copies of VCA produced by Oxford University Press are crisply printed on high-quality paper. If you obtain a shoddily printed copy, it's a fake: please return it and purchase a genuine OUP copy.
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The fundamental advance in the new 25th Anniversary Edition is that the original 501 diagrams now include brand-new captions that fully explain the geometrical reasoning, making it possible to read the work in an entirely new way―as a highbrow comic book!
The 25th Anniversary Edition also features a new Foreword by Sir Roger Penrose, as well as a new Preface by the author.
Complex Analysis is the powerful fusion of the complex numbers (involving the 'imaginary' square root of -1) with ordinary calculus, resulting in a tool that has been of central importance to science for more than 200 years.
This book brings this majestic and powerful subject to life by consistently using geometry (not calculation) as the means of explanation. The 501 diagrams of the original edition embodied geometrical arguments that (for the first time) replaced the long and often opaque computations of the standard approach, in force for the previous 200 years, providing direct, intuitive, visual access to the underlying mathematical reality.

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