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Introduction to Statistical Optics (Dover Books on Physics), by Edward L. O’Neill, Physics
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"Develops its theme logically and is remarkable in its economy of presentation without omission of the physical picture of practical implications." ― Physics Today
"This is an excellent book, well-organized and well-written." ― Journal of the Optical Society of America
Designed for a senior- or graduate-level course, this authoritative introduction to classical statistical optics is appropriate for students and professionals working with optical problems and communication theory. It emphasizes the analogies between image formation and electrical communication theory, treating image-forming systems as filters of spatial frequencies , while light itself is addressed both in theories of partial coherence and partial polarization.
Chapters 1 and 2 present detailed descriptions of the role of Green's function in mathematical physics and the essential differences between spatial and time filters. Chapter 3 contains a brief review of the fundamental relations of paraxial optics, using compact and efficient matrix notation for the translation and refraction operations. Chapters 4, 5, and 6 describe the effects of various aberration terms on image formation from the standpoints of physical and geometrical optics. The final three chapters explore statistical methods, matrix and coherence theory, and the theory of partial polarization. Two valuable appendixes cover Fourier-Bessel series and integrals, and probability and entropy theory. 80 black-and-white illustrations.
- Sales Rank: #1198236 in Books
- Published on: 2004-01-15
- Released on: 2004-01-15
- Original language: English
- Number of items: 1
- Dimensions: 8.50" h x .41" w x 5.36" l, .52 pounds
- Binding: Paperback
- 208 pages
Most helpful customer reviews
12 of 12 people found the following review helpful.
Fast-paced and in-depth
By Xin Zhou
Paraphrasing J.W. Goodman in his Fourier Optics, E.L.O'Neill helped consummate the marriage between communication theory and optics.
This book is not an introduction. In under 200 pages, It covers geometrical, fourier and statistical optics without patiently deriving the formulae in small steps. It feels to me like a train ride over a long distance, with many stops where the conductor points at important scenes and tells good stories that I did not know before, even for the places I previously visited. For example, page 26-27 talks about contrast reversal in a most direct fashion in real space, much more elucidating than treatments in frequency space only.
The range of the topics in this book is close to 50% of combined (Warren Smith's Modern Optical Engineering + Joseph Goodman's Fourier Optics & Statistical Optics), the depth is about 80% of that combo, while the thickness is only 10%.
2 of 2 people found the following review helpful.
Great for signal processing experts
By Amazon Customer
I came to this book with a good background in signal processing (communications) and math, but not so much in modern optics. The book really brought out the connections. I was able to quickly grasp a lot of the early part of the book, once I stepped up from 1 to 2 dimensions (no big deal). Later parts were sometimes over my head, but still interesting and worth reading. Often I'd just scan slowly, getting the sense of the equations or physics without worrying about proving every detail, then read the concluding paragraphs of a section in more detail and get some understanding. If you have a background like mine, this is a terrific book. Probably pretty good for others, too, but I can't promise that.
2 of 2 people found the following review helpful.
Super Summary!
By Wayne R. Mckinney
Really great book for seeing the forest without getting clobbered by the trees. I came to the book a practicing optical physicist. While I had seen all the pieces separately over the course of my education, I had never seen so much essential material presented so logically and so well. I find it light years more readable than Goodman, or Born and Wolf. O'Neill has the gift of being able to sense what is hard to swallow, and illuminating it like no other. I would elevate to an essential place on the shelf of any would be optiker of today. Would make an excellent senior undergraduate course, or gift for a beginning graduate student in optics.
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