Methods of Bosonic and Fermionic Path Integrals Representations: Continuum Random Geometry in Quantum Field Theory
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Methods of Bosonic and Fermionic Path Integrals Representations: Continuum Random Geometry in Quantum Field Theory
Useful to graduate students of quantum physics and applied mathematics.
Methods of Bosonic and Fermionic Path Integrals Representations: Continuum Random Geometry in Quantum Field Theory
Προϊόν #: 77721137

Methods of Bosonic and Fermionic Path Integrals Representations: Continuum Random Geometry in Quantum Field Theory

Προϊόν #: 77721137

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What Stands Out

Advanced Theoretical Framework
Offers cutting-edge insights into the application of path integrals in quantum field theory, making it essential for scholars and researchers exploring advanced quantum models.
Comprehensive Coverage
Thoroughly addresses both bosonic and fermionic path integrals, enabling readers to gain a balanced understanding of different methodologies and their implications in modern physics.
Practical Applications
Integrates theoretical concepts with practical examples, allowing readers to apply learned techniques in diverse fields like cosmology and condensed matter physics.

Λεπτομέρειες προιόντος

Discover the UK edition of Methods of Bosonic and Fermionic Path Integrals Representations. Explore continuum random geometry in quantum field theory at Ubuy Cyprus.
  • This monograph is written on topics in the subject of Continuum Quantum Geometric Path Integrals applied to Yang-Mills Theory and variants (QCD, Chern-Simons Theory, Ising Models, etc.)- the called Random Geometry in Quantum Field Theory, which are hoped to be useful to graduate students of quantum physics and applied mathematics, with a focused weight towards to those interested in applying the concepts of continuum quantum geometry in other branches of modern physics, like superconductivity, nuclear physics, polymer theory, string theory, etc.The methodology used to in this monograph is the same exposed in previous work in random classical physics: Methods of Bosonic Path Integrals Representations - Random Systems in Classical Physics - Nova Publishers, (2006) U.S.A. Expositions and formulas should be chewed, swallowed and digested. This process of analysis should not be abandoned until it yields a comprehension of the overall pattern of the proposed ideas and math, so after this step, one is ready to make improvements, corrections or criticisms on the path integrals representations of this book.
Publisher Nova Science Pub Inc
Publication date January 1, 2009
Edition UK ed.
Language English
Print length 336 pages
ISBN-10 1604560681
ISBN-13 978-1604560688
Item Weight 1.95 pounds (880 grams)
Dimensions 7.25 x 1 x 10 inches (18.4 x 2.5 x 25.4 cm)

Who Should Buy?

Suitable For
  • Theoretical Physicists

    Ideal for researchers focusing on quantum field theory and continuum random geometry in advanced theoretical physics.

  • Graduate Students

    Beneficial for graduate students pursuing studies in quantum mechanics, providing essential knowledge on path integrals.

  • Mathematicians

    Useful for mathematicians interested in applications of path integrals in probability theory and geometry.

Not Suitable For
  • Beginner Students

    Not suitable for beginners as it requires prior knowledge in quantum field theory and advanced mathematics.

  • Casual Readers

    Not recommended for casual readers unrelated to academic physics or mathematics, as content is highly specialized.

  • Non-Scientists

    Individuals lacking a scientific background will struggle to understand the complex theories presented in this book.

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Ερωτήσεις & Απαντήσεις Πελατών

  • ερώτηση: What is the focus of the book 'Methods of Bosonic and Fermionic Path Integrals Representations'?

    απάντηση: This book delves into advanced techniques involving path integrals in the context of quantum field theory. It emphasizes both bosonic and fermionic path integrals, which are essential for understanding quantum phenomena. The book also explores continuum random geometry, providing insights into how these mathematical tools can be applied to physical theories. Researchers and students will find useful methodologies to address complex problems in quantum mechanics and particle physics.
  • ερώτηση: Who is the target audience for this book?

    απάντηση: The primary audience for this book includes graduate students, researchers, and professionals in theoretical physics and mathematics. It is designed for those who already have a foundational understanding of quantum field theory and are looking for deeper insights into path integral methods. The book serves as a valuable resource for academic courses or for self-study aimed at enhancing one’s expertise in quantum theory.
  • ερώτηση: What are path integrals and why are they important?

    απάντηση: Path integrals are a fundamental concept in quantum mechanics, providing a way to compute quantum amplitudes by considering all possible paths a particle can take. They are crucial for formulating quantum theories and have applications in various areas, including particle physics and statistical mechanics. Understanding path integrals helps in deriving results that are otherwise difficult to obtain with traditional methods, making them a cornerstone of modern theoretical physics.
  • ερώτηση: Does this book cover practical applications of the theory?

    απάντηση: Yes, the book not only presents theoretical underpinnings but also illustrates practical applications of path integral methods in various fields of physics. It discusses how these techniques can be utilized in quantum statistical mechanics, condensed matter physics, and quantum field theory. By examining real-world scenarios, readers can see the relevance and versatility of the methods covered.
  • ερώτηση: Is there a supplementary material or resources available with this book?

    απάντηση: The book may include references to supplementary materials and resources for further reading. This often comprises additional academic papers, online courses, and computational tools that can enhance the understanding of the concepts discussed. Readers are encouraged to explore these resources to solidify their comprehension and engage in practical applications.
  • ερώτηση: How does this book compare with similar titles?

    απάντηση: This title stands out due to its comprehensive coverage of both bosonic and fermionic aspects of path integrals, alongside an in-depth exploration of continuum random geometry. Unlike many other texts, it marries theory with practical applications effectively, making it an excellent choice for advanced learners. Readers looking for a rigorous approach that explores both foundational concepts and advanced techniques will find this book particularly beneficial.
  • ερώτηση: What mathematical background is required to understand this book?

    απάντηση: A solid understanding of quantum mechanics and quantum field theory is crucial for diving into this book. Additionally, familiarity with advanced mathematics, such as functional analysis and complex variables, is beneficial. Readers will be better equipped to grasp the sophisticated concepts presented, allowing them to fully appreciate the intricate discussions found within the text.
  • ερώτηση: Are the concepts in this book applicable to self-study?

    απάντηση: Absolutely! This book is structured in a way that supports self-study. Its clear explanations and logical progression of topics allow readers to independently explore the intricacies of path integrals. Whether you are a graduate student or a self-motivated learner, you can benefit from the insights provided, taking the time to work through examples and exercises to cement your understanding.
  • ερώτηση: What distinguishes Bosonic from Fermionic path integrals?

    απάντηση: Bosonic and fermionic path integrals differ primarily in their statistical properties. Bosons, which obey Bose-Einstein statistics, can occupy the same quantum state, while fermions follow the Pauli exclusion principle and occupy distinct states. This distinction leads to different mathematical forms and implications in the context of quantum field theories, influencing the behavior and interactions of particles. Understanding these differences is essential when applying path integral techniques to different physical scenarios.
  • ερώτηση: Where can I buy 'Methods of Bosonic and Fermionic Path Integrals Representations: Continuum Random Geometry in Quantum Field Theory Cyprus ed. Edition'?

    απάντηση: You can purchase 'Methods of Bosonic and Fermionic Path Integrals Representations: Continuum Random Geometry in Quantum Field Theory Cyprus ed. Edition' from Ubuy. Ubuy offers a wide range of books and academic resources, ensuring you have access to titles essential for your studies and research.

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€ 202

€ 239

Παραγγείλτε τώρα και πάρτε το περίπου: Sunday, Ιούλιος 26

QTY:

Μόνο 4 προϊόντα έχουν απομείνει σε απόθεμα.
Secured transactionsecured transaction

Ubuy works hard to protect your security and privacy. Our advanced payment security system ensures confidentiality by encrypting your information during transmission using AES (Advanced Encryption Standards) and SSL (Secure Socket Layer) protocols. Your payment details are 100% secure as we do not share your payment details with third party sellers.

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Χαρακτηριστικά & Πλεονεκτήματα

  • Written on topics in Continuum Quantum Geometric Path Integrals applied to Yang-Mills Theory and variants
  • Focused towards students interested in applying concepts of continuum quantum geometry
  • Useful in branches of modern physics like superconductivity, nuclear physics, polymer theory, string theory, etc.
  • Based on methodology used in previous work in random classical physics
  • Expositions and formulas should be thoroughly understood and analyzed
  • Allows for improvements, corrections, or criticisms on path integrals representations