Advanced Condensed Matter Physics

Advanced Condensed Matter Physics

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SKU: DADAX0521872901
UPC: 9780521872904
Brand: Cambridge University Press
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This Text Includes Coverage Of Important Topics That Are Not Commonly Featured In Other Textbooks On Condensed Matter Physics; These Include Surfaces, The Quantum Hall Effect And Superfluidity. The Author Avoids Complex Formalism, Such As Green'S Functions, Which Can Obscure The Underlying Physics, And Instead Emphasizes Fundamental Physical Reasoning. This Text Is Intended For Classroom Use, So It Features Plenty Of References And Extensive Problems For Solution Based On The Author'S Many Years Of Teaching In The Physics Department At The University Of Michigan. This Textbook Is Ideal For Physics Graduates As Well As Students In Chemistry And Engineering; It Can Equally Serve As A Reference For Research Students In Condensed Matter Physics. Engineering Students In Particular, Will Find The Treatment Of The Fundamentals Of Semiconductor Devices And The Optics Of Solids Of Particular Interest.

⚠️ WARNING (California Proposition 65):

This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.

For more information, please visit www.P65Warnings.ca.gov.

  • Q: How many pages does this book have? A: This book contains two hundred eighty-six pages. It provides a comprehensive overview of condensed matter physics topics.
  • Q: What is the binding type of this book? A: This book is hardcover. The durable binding makes it suitable for regular use in an academic setting.
  • Q: What are the dimensions of this book? A: The book measures seven point seventy-six inches in length, zero point fifty-one inches in width, and ten inches in height. This size is typical for academic textbooks.
  • Q: Who is the author of this book? A: The author of this book is Leonard M. Sander. He has extensive teaching experience in the Physics Department at the University of Michigan.
  • Q: What topics are covered in this book? A: The book covers essential topics like surfaces, the quantum Hall effect, and superfluidity. It emphasizes fundamental physical reasoning without complex formalism.
  • Q: Is this book suitable for beginners? A: Yes, this book is suitable for graduate students and beginners in physics. It is designed for classroom use and includes numerous problems for practice.
  • Q: Can this book be used for self-study? A: Yes, it can be used for self-study. The extensive references and problems make it a valuable resource for independent learners.
  • Q: Is this book appropriate for engineering students? A: Yes, engineering students will find it particularly useful. It includes treatments of semiconductor devices and the optics of solids.
  • Q: What kind of problems does this book include? A: The book features extensive problems for solutions, which are based on the author's teaching experience. This aids in reinforcing learned concepts.
  • Q: Are there any prerequisites for this book? A: A foundational understanding of physics is recommended. The book avoids complex formalism, making it more accessible.
  • Q: What should I do to keep this book in good condition? A: To keep this book in good condition, store it upright in a dry place and avoid exposure to moisture. Handle it carefully to prevent damage.
  • Q: Can this book be returned if I don't like it? A: Yes, most retailers have return policies. Check the specific return policy for details on returns and refunds.
  • Q: What if the book arrives damaged? A: If the book arrives damaged, contact the seller for a replacement or refund. Most sellers will assist with damaged items.
  • Q: Is this book safe for all ages? A: Yes, this book is appropriate for readers in higher education, typically ages eighteen and up. It covers advanced topics in physics.
  • Q: Does this book come with any online resources? A: No, this book does not include online resources. It is a standalone textbook for academic use.
  • Q: What is the focus of the content in this book? A: The book focuses on fundamental physical reasoning in condensed matter physics. It avoids overly complex mathematical formalism.

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