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Applications of Algebraic Topology: Graphs and Networks, The Picard-Lefschetz Theory and Feynman Integrals (Applied Mathematical Sciences 16)
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Applications of Algebraic Topology: Graphs and Networks, The Picard-Lefschetz Theory and Feynman Integrals (Applied Mathematical Sciences 16)
The study of electrical networks rests upon preliminary theory of graphs. In the literature this theory has always been dealt with by special ad hoc methods. My purpose here is to show that actually this theory is nothing else than the first chapter of classical algebraic topology and may be very advantageously treated as such by the well-known methods of that science.
Applications of Algebraic Topology: Graphs and Networks, The Picard-Lefschetz Theory and Feynman Integrals (Applied Mathematical Sciences 16)
Item #: 80012795

Applications of Algebraic Topology: Graphs and Networks, The Picard-Lefschetz Theory and Feynman Integrals (Applied Mathematical Sciences 16)

Item #: 80012795

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The study of electrical networks rests upon preliminary theory of graphs. In the literature this theory has always been dealt with by special ad hoc methods. My purpose here is to show that actually this theory is nothing else than the first chapter of classical algebraic topology and may be very advantageously treated as such by the well-known methods of that science.
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What Stands Out

Comprehensive Content
This text provides a thorough exploration of algebraic topology applications, specifically focused on graphs, networks, and integral theories, catering to graduate students and researchers in mathematics and physics.
Historical Insight
Originally published in 1975, this reprint preserves the foundational concepts and development of algebraic topology, offering both historical perspective and contemporary relevance for academic studies.
Problem-Solving Focus
Equipped with practical applications, the book emphasizes solving real-world problems through algebraic topology, making it an invaluable resource for applied mathematicians and engineers.

Product Details

Shop Applications of Algebraic Topology: Graphs and Networks, The Picard-Lefschetz Theory and Feynman Integrals (Applied Mathematical Sciences 16) online at a best price in Botswana. 038790137X
Publisher Springer
Publication date May 13, 1975
Edition Softcover reprint of the original 1st ed. 1975
Language English
Print length 189 pages
ISBN-10 038790137X
ISBN-13 978-0387901374
Item Weight 12.8 ounces (362.88 grams)
Dimensions 7.01 x 0.46 x 10 inches (17.8 x 1.2 x 25.4 cm)

Who Should Buy?

Suitable For
  • Graduate Students

    Ideal for graduate students specializing in mathematics or physics focusing on algebraic topology and its applications.

  • Researchers

    Beneficial for researchers in mathematics and theoretical physics exploring algebraic topology, graphs, and network theories.

  • Educators

    Useful for educators teaching advanced algebraic topology concepts, particularly in relation to Feynman integrals.

Not Suitable For
  • Casual Readers

    Not suitable for casual readers due to the advanced mathematical concepts and technical jargon presented.

Product Description

Applications of Algebraic Topology: Graphs and Networks, The Picard-Lefschetz Theory and Feynman Integrals (Applied Mathematical Sciences 16)

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Customer Questions & Answers

  • Question: What is the primary focus of 'Applications of Algebraic Topology'?

    Answer: The primary focus of 'Applications of Algebraic Topology: Graphs and Networks, The Picard-Lefschetz Theory and Feynman Integrals' is to explore the intersections between algebraic topology and various applied mathematical techniques. This book delves into how topological concepts can be leveraged in fields such as physics and engineering, particularly through graph theory and network analysis. By illustrating practical examples, it bridges the gap between theoretical mathematics and real-world applications, helping readers grasp complex ideas more concretely.
  • Question: Who is the target audience for this book?

    Answer: The target audience for this book includes graduate students, researchers, and professionals in mathematics, physics, and engineering. It is designed for those looking to deepen their understanding of algebraic topology applications, especially in cutting-edge fields. Individuals engaged in network theory or dynamical systems will find the content particularly relevant, as it connects abstract mathematical theories to practical issues, enhancing both academic knowledge and applied skills.
  • Question: What mathematical prerequisites should I have before reading this book?

    Answer: Before diving into this book, a foundational understanding of algebra, linear algebra, and basic topology is recommended. Familiarity with concepts such as homology and cohomology will also be beneficial. This background will allow readers to grasp the more intricate topics discussed, such as the Picard-Lefschetz Theory and Feynman Integrals. For those preparing for advanced studies or research, a solid prerequisite knowledge will facilitate a smoother learning experience and enhance their ability to apply these concepts in practical scenarios.
  • Question: Are there practical applications described in the book?

    Answer: Yes, the book provides numerous practical applications of algebraic topology. For instance, it discusses how network structures can be analyzed through topological invariants, aiding in real-world problems such as data analysis, optimization, and coding theory. By presenting real scenarios, it demonstrates how abstract concepts can lead to solutions in various domains, including computer science and physics, creating a valuable resource for those needing a practical approach to theoretical mathematics.
  • Question: What makes this book a valuable resource in applied mathematics?

    Answer: This book stands out as a valuable resource in applied mathematics due to its unique blend of theoretical insights and practical applications. It not only covers essential mathematical theories but also illustrates how these theories can be applied to solve tangible problems in fields like physics, computer networks, and more. The integration of various mathematical disciplines enhances its appeal, making it an essential reading for anyone interested in the practical utility of algebraic topology in modern science and engineering.
  • Question: What are the key topics covered in this book?

    Answer: Key topics covered in this book include graphs and network theory, the Picard-Lefschetz Theory, and applications of Feynman Integrals in topology. Each section builds on algebraic concepts while demonstrating their relevance to real-world challenges. The structured approach allows readers to progressively understand complex theories through the lens of application. This focus on integration provides a comprehensive overview suitable for those studying mathematics or its applications across various scientific fields.
  • Question: Is there a companion website or additional resources available?

    Answer: Often, books like this one may provide supplementary materials, such as a companion website. This can include errata, lecture notes, and additional problem sets to reinforce the material discussed in the text. These resources are designed to enhance learning and facilitate better understanding of complex topics. Checking the publisher’s website or the author's academic page may offer further opportunities for engagement with the content, assisting readers in their academic or research efforts.
  • Question: How does this book compare to others in the same field?

    Answer: This book distinguishes itself from others in the field by its focused approach on the practical implications of algebraic topology. While many texts may dwell heavily on theoretical aspects, this volume emphasizes applications, offering readers insights into how these theories can solve real-world problems. Its integration of diverse mathematical frameworks, such as networks and Feynman integrals, provides a well-rounded perspective that is often missing in more conventional texts, making it a strong choice for applied mathematicians.
  • Question: Can this book be beneficial for interdisciplinary studies?

    Answer: Absolutely. Given its focus on applying algebraic topology to various disciplines, this book is particularly beneficial for interdisciplinary studies. Fields such as data science, biological networks, and even social network analysis can gain insights from the mathematical frameworks presented. The theoretical underpinnings provide a solid foundation for researchers and students who wish to apply these concepts across multiple domains, reflecting the current trend towards interdisciplinary approaches in academic research.
  • Question: Where can I buy Applications of Algebraic Topology in Botswana?

    Answer: You can buy 'Applications of Algebraic Topology: Graphs and Networks, The Picard-Lefschetz Theory and Feynman Integrals' from Ubuy in Botswana. Ubuy offers a convenient platform for purchasing this book, ensuring you get access to the latest editions and a smooth shopping experience. With their robust selection and reliable service, you can easily find the book and have it delivered right to your location, facilitating your exploration of algebraic topology and its applications.

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Pros

  • Comprehensive topic coverage
  • Well-explained concepts
  • Useful for advanced studies
  • Good blend of theory and application
  • Includes practical examples

Cons

  • Some sections may feel dense.

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Features & Benefits

  • Algebraic topology can be effectively used to study electrical networks and graphs.
  • The theory of graphs and networks is actually the beginning of classical algebraic topology.
  • The monograph presupposes an elementary knowledge of linear algebra and topology.
  • The study is focused on dimension two and essential topological invariance.
  • The volume covers basic linear algebra, duality, general topology, graph theory, and applications to networks, as well as the theory of 2-dimensional complexes and surfaces.
  • Based on lectures given in the Princeton School of Engineering and Applied Science in 1972.

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