1. [30 points] You have a laser emitting elliptically polarized light. The amplitude of the electric...

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1. [30 points] You have a laser emitting elliptically polarized light. The amplitude of the electric field oscillating in x-direction (Ex) is v2 times higher than Ey. The total electric field vector turned out to trace an ellipse whose major axis tilted from x-axis by 31.72°. The information provided below maybe useful. (a) Obtain Jones vector describing the laser light's state of polarization (b) Find the state of polarization (SOP) orthogonal to that of the laser light (c) Find the Jones matrix of an optical system that can convert the laser light's SOP into its orthogonal SOP. tan 21p 1- R? 2R cos 4, R = az ay 2R sin o, 1+ R? sin 2x = p = Py - Y ar 1. [30 points] You have a laser emitting elliptically polarized light. The amplitude of the electric field oscillating in x-direction (Ex) is v2 times higher than Ey. The total electric field vector turned out to trace an ellipse whose major axis tilted from x-axis by 31.72°. The information provided below maybe useful. (a) Obtain Jones vector describing the laser light's state of polarization (b) Find the state of polarization (SOP) orthogonal to that of the laser light (c) Find the Jones matrix of an optical system that can convert the laser light's SOP into its orthogonal SOP. tan 21p 1- R? 2R cos 4, R = az ay 2R sin o, 1+ R? sin 2x = p = Py - Y ar

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