Bending of light Fermat's principle
Tags: #physics #optics #Fermat's principleEquation
$$\delta\int\limits_1^2 dt=\delta\int\limits_1^2\frac{n(s)}{c}ds=0\Rightarrow \delta\int\limits_1^2 n(s)ds=0$$Latex Code
\delta\int\limits_1^2 dt=\delta\int\limits_1^2\frac{n(s)}{c}ds=0\Rightarrow \delta\int\limits_1^2 n(s)ds=0
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Introduction
Equation
Latex Code
\delta\int\limits_1^2 dt=\delta\int\limits_1^2\frac{n(s)}{c}ds=0\Rightarrow \delta\int\limits_1^2 n(s)ds=0
Explanation
Latex code for the Bending of light Fermat's principle. I will briefly introduce the notations in this formulation.
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