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Rotation of the plane of polarization of a beam of linearly polarized light when the light passes through matter in the direction of the lines of...



= Encyclopedia Article; = Research Update
Figure 1.Curves used in explaining the Faraday effect. (a) Index of refraction for left-handed circularly polarized light (n-) and right-handed light (n+) in the vicinity of an absorption line split into a doublet (?-, ?+) in a magnetic field. (b) Difference between two curves, n+-n-. Magnetic rotation is proportional to this difference.
From Encyclopedia article 'Faraday effect'
Figure 2.Two cases of Faraday effect. (a) Diamagnetic case, which is temperature-independent, and (b) paramagnetic case, which is temperature-dependent.
From Encyclopedia article 'Faraday effect'