Imagine two crossed linear polarizers: an input polarizer at 0, and an output polar- izer at...

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Imagine two crossed linear polarizers: an input polarizer at 0, and an output polar- izer at 90 with respect to the x-axis. Now imagine placing a third polarizer between those two, and rotating it at a rate w, i.e. that its angle with respect to 1 is a = 2wt. Using Jones calculus, derive the expression for the output intensity as a function of time. Assume the incident light is unpolarized, and its intensity is Io. Hint: show that the output intensity will be modulated at 4w. Imagine two crossed linear polarizers: an input polarizer at 0, and an output polar- izer at 90 with respect to the x-axis. Now imagine placing a third polarizer between those two, and rotating it at a rate w, i.e. that its angle with respect to 1 is a = 2wt. Using Jones calculus, derive the expression for the output intensity as a function of time. Assume the incident light is unpolarized, and its intensity is Io. Hint: show that the output intensity will be modulated at 4w.

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In Jones calculus the effect of a polarizer on light is represented by a Jones matrix The Jones matr... View the full answer