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Introduction

Background

Python Resources

Part One

1. Maxwell’s Equations
2. Geometrical Optics
3. Prisms
4. Lenses
5. Cameras
6. Principal Planes
7. Depth of Focus
8. Zoom Lenses and Afocals
9. Pupils

Part Two

10. Radiometry

Part Three

11. Diffraction
12. Fraunhofer Approximation
13. Gratings
14. Spectrometers
15. Telescopes
16. Optical Processing
17. Lens Performance

Problems

Problem Set 1: Geometrical Optics
Problem Set 2: Lenses
Problem Set 3: Cameras
Problem Set 4: Principal Planes
Problem Set 5: The Human Eye
Problem Set 6: Radiometry
Problem Set 7: Fields
Problem Set 8: Diffraction
Problem Set 9: Gratings
Problem Set 10: Spectrometry
Problem Set 11: Lens Performance
Project 1: Camera Project
Project 2: Laser Drilling Project

Reference

Fourier Transforms
Glossary

Colab

Repository
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.ipynb

Diffraction

11. Diffraction#

diffraction_integral.pdf

goodman_diff_int.pdf

diff_approx.pdf

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10. Radiometry

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12. Fraunhofer Approximation

By Dr. Stephen Schultz

© Copyright 2023.

Brigham Young University