Media Summary: Here is a microscopic view of how a dielectric (an insulator) will react to Manipulating Maxwell's Equations gives us the wave equation inside the dielectric. ----- Here are the definitions of modes of the polarization of EM waves as they interact with a surface. We also set up our plane waves ...
Phys 201 Light On Glass - Detailed Analysis & Overview
Here is a microscopic view of how a dielectric (an insulator) will react to Manipulating Maxwell's Equations gives us the wave equation inside the dielectric. ----- Here are the definitions of modes of the polarization of EM waves as they interact with a surface. We also set up our plane waves ... We continue to use our boundary requirement to find the angles of the reflected and refracted plane waves, which leads to the ... Here is a demonstration of total internal reflection in a column of pouring water. I know, I know you have seen this before, but I did ... Here is what happens to the irradiance in a dielectric (the quantity that we actually observe). -----
Not quite a proof but some thoughts to convince you (or at least inform you) that the wave vectors of the incident, reflected, and ... There are a lot of videos out there about total internal reflection. This one actually tells you why it occurs, but in more detail than ... Here we see what the Fresnel Equations tell use about how An argument about the fact that no place or time is special in a plane wave reveals that incident, reflected, and transmitted waves ... As always, we guess a solution to this new wave equation and plug it in. The result: A new dispersion relation. ----- Using Maxwell's Equations we find that the tangential components of the electric and magnetic fields are equal on both sides of ...
My favorite demonstration of all time. -----
