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Principles Of Electrodynamics (Dover Books On Physics),New
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Unlike Most Textbooks On Electromagnetic Theory, Which Treat Electricity, Magnetism, Coulomb'S Law And Faraday'S Law As Almost Independent Subjects Within The Framework Of The Theory, This Wellwritten Text Takes A Relativistic Point Of View In Which Electric And Magnetic Fields Are Really Different Aspects Of The Same Physical Quantity.Suitable For Advanced Undergraduates And Graduate Students, This Volume Offers A Superb Exposition Of The Essential Unity Of Electromagnetism In Its Natural , Relativistic Framework While Demonstrating The Powerful Constraint Of Relativistic Invariance. It Will Be Seen That All Electromagnetism Follows From Electrostatics And From The Requirement For The Simplest Laws Allowable Under The Relativistic Constraint. By Means Of These Insights, The Author Hopes To Encourage Students To Think About Theories As Yet Undeveloped And To See This Model As Useful In Other Areas Of Physics.After An Introductory Chapter Establishing The Mathematical Background Of The Subject And A Survey Of Some New Mathematical Ideas, The Author Reviews The Principles Of Electrostatics. He Then Introduces Einstein'S Special Theory Of Relativity And Applies It Throughout The Rest Of The Book. Topics Treated Range From Gauss'S Theorem, Coulomb'S Law, The Faraday Effect And Fresnel'S Equations To Multiple Expansion Of The Radiation Field , Interference And Diffraction, Waveguides And Cavities And Electric And Magnetic Susceptibility.Carefully Selected Problems At The End Of Each Chapter Invite Readers To Test Their Grasp Of The Material. Professor Schwartz Received His Ph.D. From Columbia University And Has Taught Physics There And At Stanford University. He Is Perhaps Best Known For His Experimental Research In The Field Of Highenergy Physics And Was A Codiscoverer Of The Muontype Neutrino In 1962. He Shared The 1988 Nobel Prize In Physics With Leon M. Lederman And Jack Steinberger.
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- Q: What are the dimensions of this book? A: The dimensions of this book are five point four four inches by eight point four seven inches and it is zero point seven two inches thick.
- Q: How many pages does this book have? A: This book contains three hundred sixty-eight pages, providing a comprehensive overview of electrodynamics.
- Q: What type of binding does this book have? A: This book is available in paperback binding, making it lightweight and portable.
- Q: Is this book suitable for beginners? A: No, this book is designed for advanced undergraduates and graduate students, making it more suitable for those with prior knowledge of physics.
- Q: How does the author approach electromagnetic theory? A: The author takes a relativistic point of view, unifying electric and magnetic fields as aspects of the same physical quantity.
- Q: What mathematical background is covered in this book? A: The book begins with an introductory chapter that establishes the necessary mathematical background for understanding electrodynamics.
- Q: How do I apply the concepts learned in this book? A: You can apply the concepts through carefully selected problems at the end of each chapter, which test your understanding.
- Q: Is this book good for self-study? A: Yes, the problems provided at the end of each chapter help facilitate self-study and comprehension of complex topics.
- Q: Does this book cover Einstein's theory of relativity? A: Yes, the book introduces and applies Einstein's special theory of relativity throughout its chapters.
- Q: What topics are included in this book? A: Topics include Gauss's theorem, Coulomb's law, the Faraday effect, and electromagnetic wave propagation among others.
- Q: How should I store this book? A: Store this book in a cool, dry place away from direct sunlight to preserve its quality.
- Q: Can I return this book if I don't like it? A: Yes, you can typically return this book within a specified period if it does not meet your expectations.
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- Q: Is there a warranty for this book? A: No, books generally do not come with warranties, but they may have return policies for defective items.
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