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  1 - Introduction to Optics and Course Overview

   2 - What is Optics Scope and Importance in Engineering.html

  10 - Diffraction in Real Life future technology

   2 -Real life Applications in Engineering.mp4

   4 -Diffraction in Communication Technology.mp4

   6 - Diffraction in Acoustic Engineering Sound Waves and Structures.html

   6 - Diffraction in Nature and Biological Systems.html

  11 - Optics in Modern Technology

   2 - Applications in Fiber Optics, Lasers, and Photonic Devices.html

   2 - Future of Optical Engineering Nano-optics and Beyond.html

  2 - Foundations of Wave Optics

   1 - Notes.html

   2 -Principle of Superposition Explained.mp4

  3 - Interference of Light

   1 -Interference Understanding Constructive and Destructive Patterns.mp4

   11 - Applications - material.html

   2 -Conditions for sustainable interference.mp4

   4 - Coherent light source and it's importance.html

   5 - Young’s Double Slit Experiment - Notes.html

   6 -Conditions for maximum and minimum intensity.mp4

   7 -Theory of interference Fringes.mp4

   8 -Conditions for Bright and dark fringes.mp4

   9 -Fringe width in interference.mp4

  4 - Interference in Thin Films

   2 - Interference in thin film flipped material.html

  5 - Newton’s Rings – A Special Case of Interference

   2 -Experimental Setup and Observations (Reflected Light).mp4

   4 - Notes.html

  6 - Introduction to Diffraction

   2 - Historical Background of Diffraction.html

   3 - Practical Examples of Diffraction in Engineering.html

  7 - Fraunhofer Diffraction – Single and Double Slit

   2 - Slit interaction and wave front material.html

   3 -Fraunhofer Diffraction at a Double Slit Interference Meets Diffraction.mp4

   5 - Comparison between single and double slit Notes.html

  8 - N-Slit and Diffraction Gratings

   2 - Grating material.html

  9 - Resolving Power and Dispersive Power of Gratings

   2 -Dispersive Power Separating Spectral Lines Effectively.mp4

  Bonus Resources.txt