Abstract
There is a correlation between the natural and the quadratic magnetic field induced circular birefringence of chiral molecules. The circular birefringence created by a chiral molecule is a superposition of the natural and B, B 2, B 3, magnetic field induced rotations of the optical polarization plane of the light beam passing through the chiral medium. The B and B 3 dependent rotations are the linear and nonlinear Faraday effects while, as experimentally observed, the B 2 dependent rotation is clockwise for dextrorotatory enantiomers (+) and counterclockwise for laevorotatory enantiomers (-). The natural and B, B 2, B 3 induced rotations given by a single chiral molecule analysed neat and in water solution are discussed.
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