This textbook book provides a self-contained overview of the fundamentals of structured light. Necessary mathematical tools are provided; for instance, chapter 1 includes a revision of linear algebra, Fourier analysis, and differential equations. Chapters 2 and 3 deal with optics foundations and polarization. From chapters 4 to 7, we discuss structured light in the scalar and vectorial cases. Finally, chapter 8 provides insight of the best practices when working in an optics lab.

There is a growing interest in structured light in industry, as well as in the academia. In addition to being the first textbook dedicated to this subject, this book also bridges the gap for those entering this exciting field, providing theoretical knowledge, cutting edge applications, and laboratory techniques, all condensed and self-contained within the same book.

Key Features:

• First textbook on structured light
• Worked examples
• Chapter problems
• Codes to program optical beams
• Experimental assignments