In Modules 10, 11, and 12, you learn about many fundamental laws of optics and lens laws. Use this knowledge and outside research to explain the physics of vision correction. Then, describe the laws and their relevance, as well as at least three applications of physics in vision correction. Your description of what the law means should be in-depth, and you should describe each of the applications in-depth as well. How can I Identify conditions necessary for wave interference, apply the findings of Young's double-slit experiment, identify the limits of resolution and Rayleigh criterion as well as identify the significance of polarization of light waves?