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Intro to Optics and Photonics

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Intro to Optics and Photonics

Physics
Author
Ana Doblas
Publisher
University of Massachusetts Dartmouth
Source
LibreTexts
License
CC BY-NC-SA
Language
EN
Category
Basic Sciences
Read online Download PDF (open licence)
Contents· 41 sections
  1. 01: Module 1 - Geometrical Optics
  2. 1.01: Class 1 - Postulates and Rules in Ray Optics
  3. 1.02: Class 2 - Mirrors
  4. 1.03: Class 3 - Planar Boundaries External and Internal Refraction Total Internal Reflection
  5. 1.04: Class 4 - Spherical Boundaries and Lenses
  6. 1.05: Class 5 - Matrix Optics and 4f Imaging Systems
  7. 1.06: Summary
  8. 1.07: Multi-choice questions
  9. 02: Module 2 - Wave Optics
  10. 2.01: Class 6 - Postulates of Wave Optics Monochromatic Waves Helmholtz equation
  11. 2.02: Class 7 - Elementary Waves- plane spherical and paraboloidal waves
  12. 2.03: Class 8 - Relation ray-wave optics interference of two waves interferometers
  13. 2.04: Class 9 - Young experiment
  14. 2.05: Summary
  15. 2.06: Multi-choice questions
  16. 03: Module 3 - Beam Optics
  17. 3.01: Class 10 - Gaussian beam- features and mathematical description
  18. 3.02: Class 11 - Properties of Gaussian beams
  19. 3.03: Class 12 - Propagation of Gaussian beams through optical systems
  20. 3.04: Summary
  21. 3.05: Multi-choice questions
  22. 04: Module 4 - Fourier Optics
  23. 4.01: Space vs Fourier Domain Principle of Fourier Optics LSI systems
  24. 4.02: Impulse response and Transfer Function in free propagation
  25. 4.03: Fresnel and Fraunhofer diffraction patterns
  26. 4.04: Lenses Optical Fourier Transforms 4F imaging systems and spatial filtering
  27. 4.05: Summary
  28. 4.06: Multi-choice questions
  29. 05: Module 5 - Electromagnetic Optics
  30. 5.01: Class 17 - Maxwell equations Boundaries Conditions Poynting theorem EM waves in a dielectric medium
  31. 5.02: Class 18 - Monochromatic EM waves absorption and dispersion
  32. 5.03: Summary
  33. 5.04: Multi-choice questions
  34. 06: Module 6 - Polarization Optics
  35. 6.01: Class 19 - Poincare sphere linear circular and elliptical polarization Natural light Polarizers and Malus law
  36. 6.02: Class 20 - Birefringent Crystals Retarders Stokes formalism
  37. 6.03: Class 21 - Jones formalism Polarization by reflection Brewster angle
  38. 6.05: Module 6 - Summary
  39. 6.06: Multi-choice questions
  40. 07: External resources - Solutions of multi-choice questions
  41. 08: External Resources - Instructor Manual