Author: BEARDON, ALAN F.
Title: Complex Analysis – the Argument Principle in Analysis & Topology (1st Edition)
Description: London: Wiley–blackwell, 1979. First Edition. Softcover (Original printed wrappers). ISBN: 0471996726. Original blue printed wrappers. With diagrams. Light but small pencil annotations to most pages. Slight fading and slight soiling to spine. With ex-owners name to reverse of front cover, "N. J. Lord 1980". Slight foxing to top edge. Slight wear to spine and covers. ; 14.8x23.5x1.5 cm; ix, 239 pages; "Complex Analysis: The Argument Principle in Analysis and Topology" by Alan F. Beardon is a significant work that delves into the intricate relationship between complex analysis and topology. The book primarily focuses on the argument principle, a fundamental theorem in complex analysis, which connects the number of zeros and poles of a meromorphic function to the winding number of its image under a contour map. Beardon’s text is notable for its rigorous yet accessible approach, making it a valuable resource for both students and seasoned mathematicians. The argument principle is not only pivotal in understanding complex functions but also plays a crucial role in various applications within mathematics and physics. By exploring this principle, Beardon bridges the gap between abstract mathematical concepts and practical problem-solving techniques. Furthermore, the book’s emphasis on topological methods provides readers with a deeper insight into the structural properties of complex functions. This dual focus enhances the reader’s ability to visualize and manipulate complex functions, making it easier to grasp their behavior in different contexts. In essence, Beardon's work is a comprehensive guide that enhances our understanding of complex analysis through the lens of topology, offering profound theoretical insights and practical tools for mathematical analysis.. Very Good with no dust jacket .
Keywords: 0471996726 Rare & Antiquarian Topographical Anatomy
See more books from our catalog: Mathematics
Title: Complex Analysis – the Argument Principle in Analysis & Topology (1st Edition)
Description: London: Wiley–blackwell, 1979. First Edition. Softcover (Original printed wrappers). ISBN: 0471996726. Original blue printed wrappers. With diagrams. Light but small pencil annotations to most pages. Slight fading and slight soiling to spine. With ex-owners name to reverse of front cover, "N. J. Lord 1980". Slight foxing to top edge. Slight wear to spine and covers. ; 14.8x23.5x1.5 cm; ix, 239 pages; "Complex Analysis: The Argument Principle in Analysis and Topology" by Alan F. Beardon is a significant work that delves into the intricate relationship between complex analysis and topology. The book primarily focuses on the argument principle, a fundamental theorem in complex analysis, which connects the number of zeros and poles of a meromorphic function to the winding number of its image under a contour map. Beardon’s text is notable for its rigorous yet accessible approach, making it a valuable resource for both students and seasoned mathematicians. The argument principle is not only pivotal in understanding complex functions but also plays a crucial role in various applications within mathematics and physics. By exploring this principle, Beardon bridges the gap between abstract mathematical concepts and practical problem-solving techniques. Furthermore, the book’s emphasis on topological methods provides readers with a deeper insight into the structural properties of complex functions. This dual focus enhances the reader’s ability to visualize and manipulate complex functions, making it easier to grasp their behavior in different contexts. In essence, Beardon's work is a comprehensive guide that enhances our understanding of complex analysis through the lens of topology, offering profound theoretical insights and practical tools for mathematical analysis.. Very Good with no dust jacket .
Keywords: 0471996726 Rare & Antiquarian Topographical Anatomy
Price: GBP 400.00 = appr. US$ 571.19 Seller: Literary Cat Books
- Book number: LCB61757
- Book number: LCB61757
See more books from our catalog: Mathematics