Introduction to Fourier Optics (4th Edition)

By Joseph W. Goodman

Introduction to Fourier Optics, Fourth Edition is the definitive textbook for understanding how Fourier analysis underpins modern optical systems. Written by Joseph W. Goodman, a pioneer in optical engineering, this book is the global standard for students, engineers, and researchers working in optics and photonics.

This edition presents a rigorous yet practical treatment of diffraction, imaging, and optical information processing. It connects mathematical foundations with real-world optical system design, making it indispensable for both academic study and professional engineering work.

What This Book Does

The book explains how Fourier transforms describe wave propagation, diffraction, and imaging. Readers learn how optical systems process spatial information and how these principles apply to holography, imaging systems, and computational optics.

Key Features of the 4th Edition

• Comprehensive coverage of Fourier analysis in optical systems
• In-depth treatment of diffraction and imaging theory
• Applications in holography and optical information processing
• Mathematical examples with physical interpretation
• Widely adopted in undergraduate and graduate optics programs

Topics Covered

• Wave Optics and Fourier Analysis
• Diffraction Theory
• Fourier Transform Methods in Optics
• Coherent and Incoherent Imaging
• Optical Imaging System Design
• Holography and Optical Processing
• Fourier Optics in Lens Systems
• Computational and Modern Optical Techniques

The gold-standard textbook for mastering Fourier optics.
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