Introduction to Matrix Methods in Optics (Dover Books on Physics)

Book Details

• Author: A. Gerrard

• Publisher: Dover

• Edition: New Edition

• Binding: Paperback

• Number of Pages: 384

• Release Date: 18-01-2012

• ISBN: 0000486680444

• Languages: English

• Package Dimensions:

  • Length: 8.5 inches

  • Width: 5.6 inches

  • Height: 0.9 inches

About The Book
This introductory text by A. Gerrard is designed to promote the use of simple matrix methods in teaching optics, especially at the undergraduate and technical college levels. Despite being somewhat underused in the past, matrix methods are a highly effective way to express a wide range of input-output relations in a linear system, offering both economy and elegance. Additionally, the field of optics has been greatly enhanced by the application of matrix methods, particularly through contributions from related fields like microwave physics and electrical engineering.

Focusing on two main topics—paraxial imaging and polarization—this book requires little prior knowledge and is easily accessible for students new to the subject. Chapter One introduces the basics of rectangular matrix arrays, explaining the rules for adding matrices and forming matrix products. Subsequent chapters delve into the paraxial imaging properties of a centered optical system, optical resonators, laser beam propagation, matrices in polarization optics, and the propagation of light through crystals.

The text also includes six helpful appendices that cover additional topics, including aperture properties of centered lens systems, matrix representations of centering and squaring errors, and the derivation of Mueller and Jones matrices. A comprehensive bibliography further enriches the learning experience.

This book is not only valuable for students of optics but also for professionals working in related fields like laser engineering, optoelectronics, and mechanical engineering. With 384 pages of insightful content, it serves as a crucial resource for those looking to enhance their understanding of matrix methods in optics. The compact size (8.5 x 5.6 x 0.9 inches) ensures it's easy to reference and carry for study and work purposes.