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Group representation theory for physicists (2nd edition)
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Group representation theory for physicists (2nd edition)
Group Representation Theory for Physicists serves as a handbook for researchers and a comprehensive textbook for students in quantum mechanics.
Group representation theory for physicists (2nd edition)
Item #: 4617237

Group representation theory for physicists (2nd edition)

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Item #: 4617237

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Group Representation Theory for Physicists serves as a handbook for researchers and a comprehensive textbook for students in quantum mechanics.
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What Stands Out

In-depth Analysis
Offers comprehensive insights into group representation theory, specifically tailored for physicists, facilitating a deeper understanding of symmetries in quantum mechanics and particle physics.
Updated Content
This second edition includes new topics and examples that reflect the latest advancements in the field, ensuring relevance and applicability for contemporary research and studies.
Practical Applications
Focuses on practical applications in physics, bridging theory and real-world scenarios, making complex concepts accessible and applicable for both students and professionals in theoretical physics.

Product Details

Shop Group representation theory for physicists (2nd edition) online at a best price in Bhutan. 9812380655
Publisher Wspc
Publication date August 15, 2002
Edition 2nd ed.
Language English
Print length 600 pages
ISBN-10 9812380655
ISBN-13 978-9812380654
Item Weight 2.95 pounds (1.34 kg)
Dimensions 7.25 x 1.36 x 10.25 inches (18.4 x 3.5 x 26 cm)

Who Should Buy?

Suitable For
  • Graduate Students

    Ideal for graduate students pursuing advanced studies in theoretical physics and require a strong mathematical foundation.

  • Researchers

    Essential for researchers working in areas involving symmetries, quantum mechanics, and particle physics requiring group theory applications.

  • Educators

    Useful for educators teaching advanced physics, helping them convey complex concepts of group representation effectively.

Not Suitable For
  • Casual Readers

    Not suitable for casual readers as the material demands a strong background in mathematics and physics.

Product Description

Group representation theory for physicists (2nd edition)

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Customer Questions & Answers

  • Question: What is Group Representation Theory and why is it important for physicists?

    Answer: Group Representation Theory is a mathematical formalism that studies how groups can be represented through matrices and linear transformations. This theory is essential for physicists as it provides the framework for understanding symmetries in quantum mechanics and particle physics. By learning about group representations, physicists can simplify the complex behavior of systems and make sense of invariance in physical laws. For instance, understanding how particles behave under rotations or reflections greatly aids in particle classification within the Standard Model.
  • Question: What topics are covered in the 2nd edition of Group Representation Theory for Physicists?

    Answer: The 2nd edition of Group Representation Theory for Physicists delves into various critical topics, including finite groups, representation theory for compact groups, and applications to quantum mechanics and field theory. It also provides detailed examples and illustrations that help in understanding the mathematical structures at play. This edition includes updates and additional exercises that enhance comprehension and provide practical applications. For physicists, mastering these topics is invaluable for tackling advanced problems in theoretical physics.
  • Question: Who is the target audience for this book?

    Answer: This book primarily targets graduate students in physics and mathematics, as well as researchers looking to deepen their understanding of symmetries and group theory applications in the field. It serves as both a textbook and a reference resource, making it suitable for academic courses or self-study. For practitioners in the field of theoretical physics, a solid grasp of these concepts can profoundly impact research outcomes and collaborations.
  • Question: How does this edition differ from the previous one?

    Answer: The 2nd edition features enhancements such as expanded discussions of key concepts, updated examples, and additional exercises that reflect the latest developments in the field. The author has also clarified many sections based on feedback from readers of the first edition. Such improvements boost the learning experience for readers, enabling them to grasp challenging subjects more effectively. The revisions make this edition especially beneficial for contemporary studies in quantum field theory and particle physics.
  • Question: Can beginners in physics benefit from this book?

    Answer: While the book is primarily designed for those with a solid background in linear algebra and complex analysis, motivated beginners can also find it valuable. It includes comprehensive definitions and intuitive explanations that can help newcomers build knowledge gradually. Moreover, through practical examples from physics, beginners can appreciate the relevance of the theories discussed. Supplementing this reading with foundational texts in quantum mechanics could further enhance understanding.
  • Question: What mathematical prerequisites are needed to understand the material?

    Answer: To fully grasp the content of Group Representation Theory for Physicists, a background in linear algebra, abstract algebra, and some exposure to complex numbers is recommended. Familiarity with concepts such as vector spaces, eigenvalues, and basic group theory will significantly aid in appreciating the material's depth. Readers with a strong mathematical foundation will be better equipped to handle the advanced topics and applications presented within the book.
  • Question: How can the concepts in this book be applied in real-world physics?

    Answer: The concepts outlined in Group Representation Theory are widely applicable in various branches of physics, including quantum mechanics, crystallography, and particle physics. For instance, understanding symmetry properties can help physicists analyze atomic structures or predict particle interactions in high-energy colliders. Additionally, knowledge of group representations aids in classifying particles and formulating theories about fundamental forces. This makes the book instrumental for both theoretical and experimental physicists.
  • Question: What kind of exercises can I expect in this book?

    Answer: The book includes a variety of exercises ranging from basic to challenging, allowing readers to test their understanding of the material. These exercises are designed to reinforce key concepts and encourage practical application of the theory. Working through these problems not only helps solidify knowledge but also prepares readers for real-world applications in physics. Engaging with the exercises can aid in mastering the complexities of group representations and their implications in physics.
  • Question: Does this book offer any digital resources or supplementary materials?

    Answer: While the physical book provides comprehensive coverage of the subject, supplementary digital resources may be available through the publisher’s website or other educational platforms. These resources can include solution manuals for exercises, additional examples, and lecture notes. Utilizing these supplementary materials can greatly enhance the learning experience by offering varied perspectives and additional practice opportunities, especially in an academic setting.
  • Question: Where can I buy Group Representation Theory for Physicists (2nd edition) in Bhutan?

    Answer: You can purchase Group Representation Theory for Physicists (2nd edition) in Bhutan from Ubuy. Ubuy offers a user-friendly platform for purchasing a wide range of books, including academic texts like this one. By ordering through Ubuy, you’ll benefit from their international reach and reliable service, ensuring a smooth shopping experience for your educational needs.

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Pros

  • Clear explanations and examples
  • Comprehensive coverage of topics
  • Helpful for physics applications
  • Well-organized and easy to follow

Cons

  • Some concepts may require prior knowledge.

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BTN 18868

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Features & Benefits

  • Introduces the eigenfunction method, a novel approach to group representation theory.
  • Developed by authors in the 1970s and 1980s for applications in physics.
  • Covers applications in nuclear and molecular physics, and quantum chemistry.
  • Includes extensive tables and computational methods for practical use.
  • A valuable handbook for researchers performing group theory calculations.
  • Ideal reference for undergraduate and graduate students pursuing research.

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