Understanding Phy 3440 Lecture 21
If you are looking for information about Phy 3440 Lecture 21, you have come to the right place. We discuss the diffraction limit, the point spread function, and the modulation transfer function.
Key Takeaways about Phy 3440 Lecture 21
- We started wave optics, first looking at examples in Zemax, then discussing Poisson's spot, and finally starting the complex ...
- We discussed the diffraction limit and the concept of a point spread function.
- We discussed interference of light.
- We continue our discussion of multilayer films, including polarizing beam splitters and transfer matrices.
- We talk about diffraction by finite-sized 1D and 2D (rectangular) apertures, and then go over analyzing microscope objectives with ...
Detailed Analysis of Phy 3440 Lecture 21
We mostly talked about the relationship between the point spread function and the modulation transfer function. MIT STS.042J / 8.225J Einstein, Oppenheimer, Feynman: We begin discussing thin films, and go through the Python code that we'll use to model thin films.
We went over thin films: Distributed Bragg reflectors, filters, and transfer matrices.
We hope this detailed breakdown of Phy 3440 Lecture 21 was helpful.
