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Whole-work authors: Sander Konijnenberg, Aurèle J.L. Adam and H. Paul Urbach. The author page credits A.P. Konijnenberg, A.J.L. Adam and H.P. Urbach and supplies their named biographies.

Issued by Delft University of Technology and hosted by its Interactive Textbooks platform. No publication date, revision date or edition is established.

Author biographies and whole-work credit: interactivetextbooks.tudelft.nl/interactive-optics/content/Authors/authors_01.html

Additional propagation locators: Scalar Diffraction Optics, Angular Spectrum Method, equations371–378, interactivetextbooks.tudelft.nl/interactive-optics/content/Chap6_Diffraction/DiffractiveOptics_2022_01Clean.html . The forward branch is tied to positive-z propagation and the negative-time-exponential convention; the chapter distinguishes propagating and evanescent components and states the vector divergence constraint.

Chapter of Interactive Optics by Sander Konijnenberg, Aurèle J.L. Adam and H. Paul Urbach. Whole-work author credits apply; no separate chapter author byline is established. No chapter publication or revision date is established; the URL path does not establish a date or edition.

Online text: interactivetextbooks.tudelft.nl/interactive-optics/content/Chap6_Diffraction/DiffractiveOptics_2022_01Clean.html

Cited passages: Scalar Diffraction Optics: Fresnel Approximation, equations (381)–(385), following paraxial equation remark; Fresnel and Fraunhofer Approximations, equations (386)–(392): omitted aperture quadratic phase, full-diameter Fresnel number; About the authors: biographies and final whole-book author credit.

Chapter of Interactive Optics by Sander Konijnenberg, Aurèle J.L. Adam and H. Paul Urbach. The whole-work authors apply; no separate chapter byline or publication date is assigned. Locators: Coherence of Light Sources, equations (299)–(302); More on Spatial coherence.

Chapter of Interactive Optics by Sander Konijnenberg, Aurèle J.L. Adam and H. Paul Urbach. Whole-work authors apply. Locators: creating polarization states and wave plates; equation (273) for birefringent relative phase. No separate chapter date is established.