Introduction to Photonics the complete guide in 2020

About Course
Introduction to Photonics.
An introductory course in photonic leading to more advanced courses such as Lasers, Optical Communications, Optical Sensors, and Photonic Integrated Circuits. The learning objectives are: (1) Learn the fundamental principles of photonic and light-matter interactions, (2) Develop the ability to formulate problems related to photonic structures/processes and analyze them, and (3) Understand processes that help to manipulate the fundamental properties of light.
INTENDED AUDIENCE: Third or Final year BE/BTech, First-year ME/MTech/MS/PhD
Course Content
Introduction to Photonics
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Introduction to Photonics
00:00 -
Introduction to Photonics
00:00 -
Diffraction & Interference
00:00 -
Tutorial on Ray Optics & Wave Optics
00:00 -
Lab Demonstration : Diffractions & Interference
00:00 -
Interferometers
00:00 -
Coherence
00:00 -
Spatial & Temporal Coherence
00:00 -
Tutorial on Wave Optics
00:00 -
Lab Demonstration : Michelson Interferometer
00:00 -
Electromagnetic Optics
00:00 -
Fiber Optics
00:00 -
Photon Properties
00:00 -
Lab Demonstration: Fiber modes, NA and MFD
00:00 -
Photon Optics
00:00 -
Tutorial Photon Optics
00:00 -
Photon Interaction – 1
00:00 -
Photon Interaction – 2
00:00 -
Lab Demonstration : Interaction of light with matter
00:00 -
Optical Amplification
00:00 -
Three Level Systems
00:00 -
Four Level Systems
00:00 -
EDFA Introduction
00:00 -
EDFA Tutorial
00:00 -
Lab Demonstration: EDFA Characterization
00:00 -
Lasers Part 1
00:00 -
Lasers part- 02
00:00 -
Lasers part- 03
00:00 -
Lasers part- 04
00:00 -
Lab Demonstration: Fiber Laser
00:00 -
Semiconductor light Source and detector Band structure
00:00 -
Semiconductor light Source and detector Light emissionn
00:00 -
Semiconductor light Source and detector LED Characteristics
00:00 -
Semiconductor Detectors 1
00:00 -
Semiconductor Detectors 2
00:00 -
Semiconductor Detectors 3
00:00 -
Semiconductor Detectors – 4
00:00 -
Lab Demonstration : Semiconductor Sources
00:00 -
Lab Demonstration: Semiconductor Detectors
00:00 -
Semiconductor light Source and detector Laser Characteristics
00:00 -
Light manipulation-Mallus’ Law
00:00 -
Light manipulation-Birefringence
00:00 -
Light manipulation-Faraday Rotation
00:00 -
Lab Demonstration: Manipulation of Light Intensity & Polarization
00:00 -
Non-linear optics-Pockels effect
00:00 -
Non-linear optics-Kerr Effect
00:00 -
Lab Demonstration: Manipulation of Light Electro Optic Modulator (EOM)
00:00 -
Non linear optics stimulated Brillouin scattering
00:00 -
Non linear optics stimulated Raman scattering
00:00