Introduction to the Physics of Waves

'Freegarde's text on waves allows construction of a more cohesive physics curriculum, one with significant 'scaffolding', designed to revisit, reinforce and refine student understanding of core concepts, both within the bounds of this foundational course and, quite naturally, in subsequent courses that follow within the physics major. This stands in contrast to traditional modern physics … with a set of instructional labs consisting of historically entrenched experiments that are largely disconnected from one another. For example, I cannot think of any department which asks its students to do the Millikan oil drop experiment and then later asks them to 'build' upon that in any significant sense. Focused treatment of oscillations and waves allows early development of core formalism necessary for the major, which also lends itself toward supporting a more cohesive set instructional labs, building toward further work in E&M, optics, and quantum mechanics.' Gabe Spalding, Illinois Wesleyan University

'Tim Freegarde is a physicist who is clearly fascinated by waves. His book is an introductory text that covers a broad range of wave phenomena throughout optics, electromagnetism, sound, oceanography and much more. It is written in an engaging style and includes many unexpected topics at this level, such as tsunamis, frayed guitar strings and retarded electromagnetic potentials. Freegarde does not shy away from detailed mathematical treatments where appropriate and physics students who invest in this book early in their undergraduate career will find themselves returning to it on many occasions.' Richard Thompson, Imperial College London

'There are already some excellent textbooks on wave phenomena available, but Freegarde has introduced a helpful new volume that balances brief mathematical derivations with new examples and practical applications. He expanded in a fascinating manner his undergraduate physics lecture notes from the past fifteen years. This book will help students to appreciate that understanding wave motion is fundamental to almost every branch of physics. It covers a broad range of wave phenomena in optics, electromagnetism, sound, quantum mechanics, oceanography and other fields. The exercises at the end of each chapter will be useful for instructors and students alike. I recommend it as a textbook for undergraduate students in the physical sciences.' Reva Garg, Optics and Photonics News