Optics Polarization
Tags: #physics #optics #polarizationEquation
$$P=\frac{I_{\rm p}}{I_{\rm p}+I_{\rm u}}=\frac{I_{\rm max}-I_{\rm min}}{I_{\rm max}+I_{\rm min}} \\ I(\theta)=I(0)\cos^2(\theta)$$Latex Code
P=\frac{I_{\rm p}}{I_{\rm p}+I_{\rm u}}=\frac{I_{\rm max}-I_{\rm min}}{I_{\rm max}+I_{\rm min}} \\
I(\theta)=I(0)\cos^2(\theta)
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Introduction
Equation
Latex Code
P=\frac{I_{\rm p}}{I_{\rm p}+I_{\rm u}}=\frac{I_{\rm max}-I_{\rm min}}{I_{\rm max}+I_{\rm min}} \\
I(\theta)=I(0)\cos^2(\theta)
Explanation
: is the intensity of the polarized light
: is the intensity of the unpolarized light
: the maximum and minimum intensities when the light passes a polarizer
: Malus law applies
: is the angle of the polarizer
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