Lectures related to Thin Lenses: Image Formation in Doublet Configuration

Polarized Light: Reflection and Lenses

Explores circular polarized waves, reflection, lenses, and human vision optics.

Ray Optics: Thin Lens

Explains ray optics principles, focusing on thin spherical lenses and object-image relationships.

Optical Systems: Lenses and Eye Anatomy

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

Matrix Optics

Covers the ray matrix of a lens and the matrix representation of lenses and curved mirrors.

Lens Surfaces and Image Formation

Explains how to find the position and nature of images formed by lenses.

General Physics: Quantum - Refractive Indices and Optics

Explores refractive indices, laws of refraction, and optical instruments.

Optical Aberrations: Understanding and Minimizing

Explores optical aberrations, including spherical aberration, astigmatism, and chromatic aberration, and discusses methods to minimize them.

Lens Positioning: Object and Image

Covers the positioning of objects and images in relation to a lens, including the concept of virtual images.

Geometrical Optics: Thin Lens and Optical Devices

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

Electron Microscopy Components

Covers electron microscope components, vacuum systems, aberrations, detectors, and specimen holders.

Optical Aberrations: Spherical and Chromatic

Explores spherical aberration, astigmatism, coma, and chromatic aberration in lenses.

Matrix Optics: Cardinal Points, Principal Planes, and Thick Lenses

Explains cardinal points, principal planes, and tracing rays through thick lenses in optical systems.

Electromagnetic Fields and Optics

Explores electromagnetic fields, forces, waves, optics, interference, diffraction, refraction, reflection, lenses, and instruments.

Convergent Lens: Image Formation

Explores the formation of virtual images by a convergent lens.

Optical Aberrations: Spherical and Chromatic

Explores spherical and chromatic aberrations, their types, corrections, and effects on imaging quality.

Ray Optics

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

Image Formation: Lens and Mirror System

Covers the formation of images by lens and mirror systems.

Focusing Thermal Sources: Gaussian Beams

Explores the transformation of spherical waves into converging ones using lenses and discusses Gaussian beams' properties and focusing of thermal sources.

Human Vision: Optics and Perception

Explores human vision optics, eye structure, image formation, magnification, and wave divergence.

LED Imaging

Explores creating one-to-one LED images under various setups and optimizing brightness.