Matrix Optics: Ray Tracing & Imaging in Optical Systems

Related lectures (30)

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Explores cardinal planes and points in matrix optics, including optical power and ray tracing examples.

Covers the formation of images by lens and mirror systems.

Explores the history, basics, and applications of solar optics, including solar concentration and optical system design.

Explores ray constructions through lenses, total internal reflection, dispersion, and eye anatomy.

Introduces camera calibration basics, including parameters estimation, pinhole model limitations, lens imaging, depth of field, and lens distortions.

Covers the basics of image acquisition, including optical devices, resolution factors, lens distortions, and sensor technologies.

Explains image formation in convex mirrors using graphical and analytical methods.

Explores image formation by a converging light beam passing through a diverging lens and reflecting off a mirror.

Explores making images with thin lenses, optical devices, beam divergence, and diffraction.

Introduces the basic principles of ray optics, covering topics such as microscopy aspects, image formation, and laws of reflection and refraction.