Title
Statistical Physics Of Fields
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While Many Scientists Are Familiar With Fractals, Fewer Are Familiar With Scaleinvariance And Universality Which Underlie The Ubiquity Of Their Shapes. These Properties May Emerge From The Collective Behaviour Of Simple Fundamental Constituents, And Are Studied Using Statistical Field Theories. Initial Chapters Connect The Particulate Perspective Developed In The Companion Volume, To The Coarse Grained Statistical Fields Studied Here. Based On Lectures Taught By Professor Kardar At Mit, This Textbook Demonstrates How Such Theories Are Formulated And Studied. Perturbation Theory, Exact Solutions, Renormalization Groups, And Other Tools Are Employed To Demonstrate The Emergence Of Scale Invariance And Universality, And The Nonequilibrium Dynamics Of Interfaces And Directed Paths In Random Media Are Discussed. Ideal For Advanced Graduate Courses In Statistical Physics, It Contains An Integrated Set Of Problems, With Solutions To Selected Problems At The End Of The Book And A Complete Set Available To Lecturers At Www.Cambridge.Org/9780521873413.
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- Q: How many pages does 'Statistical Physics of Fields' have? A: This book contains three hundred seventy pages. It provides a comprehensive exploration of statistical field theories and their applications.
- Q: What is the binding type of this book? A: The book is hardcover. This durable binding is ideal for frequent use and ensures the book will last.
- Q: Who is the author of 'Statistical Physics of Fields'? A: The author is Mehran Kardar. He is a well-respected professor known for his expertise in statistical physics.
- Q: What is the height of this book? A: The height of the book is nine point seven six inches. This size makes it a standard and easy-to-handle textbook.
- Q: What is the width of 'Statistical Physics of Fields'? A: The width of the book is three-quarters of an inch. This slim profile allows for easy storage on bookshelves.
- Q: Is 'Statistical Physics of Fields' suitable for beginners? A: No, this book is ideal for advanced graduate courses. It requires prior knowledge of statistical physics concepts.
- Q: Can this book be used for self-study? A: Yes, it includes an integrated set of problems with solutions. This feature supports independent learning for advanced students.
- Q: What topics does 'Statistical Physics of Fields' cover? A: The book covers scale invariance, universality, and non-equilibrium dynamics. It is comprehensive in its approach to statistical field theories.
- Q: Is there a website for additional resources related to this book? A: Yes, lecturers can access a complete set of solutions at www.cambridge.org/9780521873413. This site offers valuable support for instructors.
- Q: What condition is the used book in? A: It is listed as 'Used Book in Good Condition'. This indicates that it has been previously owned but remains in a satisfactory state.
- Q: What is the category of this book? A: The book falls under the category of Mathematical Physics. This classification indicates its focus on advanced physics topics.
- Q: How is the book structured for learning? A: It is structured around lectures taught by Professor Kardar. This pedagogical approach enhances understanding of complex theories.
- Q: Does the book discuss perturbation theory? A: Yes, perturbation theory is one of the key tools discussed. This method is vital for studying complex statistical systems.
- Q: Are there any prerequisites for reading this book? A: Yes, a solid understanding of statistical physics is recommended. This ensures that readers can fully grasp the advanced concepts presented.
- Q: Is there a focus on practical applications in this book? A: Yes, it discusses the non-equilibrium dynamics of interfaces in random media. This real-world relevance enhances its educational value.
- Q: What publisher released 'Statistical Physics of Fields'? A: The book is published by Cambridge University Press. This publisher is known for high-quality academic texts.