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Quoting Resnick and Halliday's Fundamentals of Physics (page 912) on polarization by reflection:
Why does light get polarized when it gets reflected? What interaction on the atomic scale results in a polarised reflected light?
How can this be interpreted quantum mechanically?
I searched on Google, got this answer, but it's not satisfactory. Can anyone provide a better answer or source?
It is also known that when light is incident at the interface at a particular angle θb, the Brewster angle, the reflected light is completely plane polarized.In general, the reflected light also has both components (the parallel and perpendicular components of Electric Field) but with unequal magnitudes.This means that the reflected light is partially polarized—the electric fields oscillating along one direction have greater amplitudes than those oscillating along other directions.
Why does light get polarized when it gets reflected? What interaction on the atomic scale results in a polarised reflected light?
How can this be interpreted quantum mechanically?
I searched on Google, got this answer, but it's not satisfactory. Can anyone provide a better answer or source?
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