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Viishnuuu
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A book on optics which is less mathematical maybe a similar one to physics for poets or gamow gravity classics
I can't tell what level you want based on your post (less mathematical than what?), but I did the following Google search and got some promising hits. Note that often Amazon books have a "Look Inside" feature that let's you look at the Table of Contents in the book and maybe a few pages to get a feel for the book...Viishnuuu said:A book on optics which is less mathematical maybe a similar one to physics for poets or gamow gravity classics
But the quantum electrodynamics textbook by Feynman is surprisingly old fashioned. It's the only book by Feynman I was disappointed about. Instead of getting Feynman at his best, you get Fermi (which was very good in 1932 but not after Feynman). I suppose we talk about the textbook on QED:The Bill said:I wouldn't pick it as a first book, but as a second companion book, QED by Feynman is great. I'd upgrade that to a first pick if you want to get a feel for the quantum basis of optics first. The intuition for QED the way Feynman presents it overlaps a lot with classical optics intuition.
You're referring to a different book than I was.vanhees71 said:But the quantum electrodynamics textbook by Feynman is surprisingly old fashioned. It's the only book by Feynman I was disappointed about. Instead of getting Feynman at his best, you get Fermi (which was very good in 1932 but not after Feynman). I suppose we talk about the textbook on QED:
https://www.amazon.de/dp/0201360756/
One highly recommended book for laymen interested in learning about ray and wave optics is "Light: A Very Short Introduction" by Ian Walmsley. This book provides a clear and concise overview of the key concepts and principles of optics without relying heavily on mathematical equations.
"The Magic of Light: An Introduction to the Science of Optics" by John Walker is a great book for exploring the practical applications of ray and wave optics in our daily lives. It covers topics such as lenses, mirrors, and optical instruments in a reader-friendly manner.
"The History of Optics: From Greek Antiquity to the Nineteenth Century" by Olivier Darrigol is a fascinating read for those interested in the historical roots of optics. It delves into the contributions of ancient civilizations, such as the Greeks and Egyptians, and follows the evolution of optics through the centuries.
"Exploring Everyday Optics: A Hands-On Look at Light" by Rebecca Olien is a great resource for understanding optics through hands-on experiments and activities. It uses everyday objects and scenarios to explain concepts such as reflection, refraction, and diffraction.
"Optics: Learning by Computing, with Examples Using Mathcad" by Karl Dieter Moeller is a comprehensive book that covers both ray and wave optics in detail. It includes mathematical equations, but also provides step-by-step explanations and practical examples to aid in understanding the concepts.