Week of 9/11
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<math>E_t = (E_0 t^2) e^{i \omega L/c}\left[ 1 + r^2 e^{i \omega 2L/c} + r^4 e^{i \omega 4L/c} ...\right] </math> | <math>E_t = (E_0 t^2) e^{i \omega L/c}\left[ 1 + r^2 e^{i \omega 2L/c} + r^4 e^{i \omega 4L/c} ...\right] </math> | ||
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| + | Hence | ||
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| + | <math>E_t = (E_0 t^2) e^{i \omega L/c} \frac{ 1 - r^2m e^{i \omega 2mL/c}}{1 - r^2m e^{i \omega 2L/c}</math> | ||
Revision as of 15:07, 13 September 2006
Here is a great resource for mathematics and Mathematica: Mathworld, the on-line free mathematics encyclopedia
 Download amplitude and phase spectrum of a single resonance.
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 Download 9/11/06 lecture notes
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9/13/06: More on the Fabry-Perot etalon
or
![E_t = (E_0 t^2) e^{i \omega L/c}\left[ 1 + r^2 e^{i \omega 2L/c} + r^4 e^{i \omega 4L/c} ...\right]](/csm/wiki/images/math/1/9/5/195d354d677a8facaa43cdfe4642bc1b.png)
Hence
Failed to parse (Cannot write to or create math temp directory): E_t = (E_0 t^2) e^{i \omega L/c} \frac{ 1 - r^2m e^{i \omega 2mL/c}}{1 - r^2m e^{i \omega 2L/c}
