3. Left circularly polarized light rotates counterclockwise viewed head on. It's complex notation...
3. Left circularly polarized light rotates counterclockwise viewed head on. It's complex notation is (a) By taking the real part of this expression, trace out the path of the E-vector in time. (b) This light hits a mirror placed at -0. In order to zero the component of the electric field, the outgoing wave is Notice the negative sign in front of kz, indicating the direction has reversed. In looking at this light head-on, does the light rotate clockwise or counter-clockwise? Is it left or right circularly
3. Left circularly polarized light rotates counterclockwise viewed head on. It's complex notation is (a) By taking the real part of this expression, trace out the path of the E-vector in time. (b) This light hits a mirror placed at -0. In order to zero the component of the electric field, the outgoing wave is Notice the negative sign in front of kz, indicating the direction has reversed. In looking at this light head-on, does the light rotate clockwise or counter-clockwise? Is it left or right circularly