![]() For now you can use this link to get some ideas about the answers and, even better, you could do the I will go into details later whenever necessary. The good news is: For most of what follows you don't have The bad news is: There are no easy answers for some of those questions. It's not very difficult to conceive and to How is this lightĮnergy transported by an electromagnetic wave? Let's assume you know the electrical field E 0: how large is the magnetic field H 0 associated with it?īrings along is E Ph=h n.How large (roughly) is it for one photon of a given How large, in V/cm, is the electrical field E 0.Is the electrical and magnetic field really in phase as shown above?.How do I describe polarization in the particle picture?.What happens if E 0 H 0 are not parallel to D 0 B 0,.Can polarization be described by a vector? Could I just use a unit vector in E 0-direction?.Then a few questions should come up, for example: In a Master study course, however, you now ponder the picture and the equations above for a ![]() Usually we don't bother to go muchĭeeper at this point. H-field amplitude in z-direction given by H 0. ![]()
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