Detailed study of coherent sources, division of wavefront (Young’s double-slit, Fresnel’s biprism), and division of amplitude (Newton’s rings, Michelson interferometer).
The book begins with the fundamentals of reflection and refraction, but quickly escalates to complex systems.
In-depth analysis of spherical surfaces, lenses, and mirrors. optics by brijlal and subramanyam pdf
Detailed study of double refraction, Nicol prisms, production and detection of elliptically and circularly polarized light, and optical activity (polarimeters). 3. Modern and Quantum Optics
Which or derivation (e.g., Newton's Rings, Chromatic Aberration) are you working on right now? Detailed study of coherent sources, division of wavefront
Basic principles of wavefront reconstruction, recording, and applications of holograms. Why is this Book So Popular?
Derivation of the laws of reflection and refraction using the principle of least time. Basic principles of wavefront reconstruction
While this book is fantastic for concepts and numerical problems, some students feel the section on or specific modern physics applications is slightly brief compared to specialized texts. For deep theoretical physics (like rigorous electromagnetic theory of light), you might need to supplement this with books like Hecht or Jenkins & White.