Photonics
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PART I: FOUNDATIONS
Lecture 1 — Introduction, Ray Optics & Wave Optics
Introduction
Ray Optics
Lecture 2 — Matrix Optics, Wave Optics
Matrix Optics
Lecture 3 — Wave Optics
Wave Optics
Lecture 4 — Interference
Interference & Coherence
Lecture 5 — Interference & Beams
Gaussian Beams
PART II: FOURIER OPTICS & MICROSCOPY
Lecture 6 — Fourier Optics: Foundations
Introduction to Fourier Optics
Supplements
Lecture 7 — Fourier Optics: Image Formation
Image Formation and Resolution
Lecture 8 — Fourier Optics: Applications
Spatial Frequency Applications
Lecture 9 — Brightfield, Darkfield & Phase Contrast
Brightfield & Darkfield
Phase Contrast & DIC
Lecture 10 — Fluorescence, Confocal and Superresolution
Confocal & Wavefront Control
Superresolution Microscopy
Lecture 11 — Polarization & Anisotropic Media
Polarization & Jones Calculus
Anisotropic Materials
Nonlinear Optics
Electro-Optics & Acousto-Optics
PART IV: SCATTERING & SENSING
Lecture 11 — Light Scattering & Dynamic Light Scattering
Light Scattering Fundamentals
Lecture 12 — Photothermal Detection & Sensing
Photothermal Detection
PART V: PHOTON & QUANTUM OPTICS
Lecture 13 — Photon Statistics
Photon Streams & Statistics
Lecture 14 — Quantum Optics
From Classical Fields to Entangled Photons
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