Intense-Field Alignment of Molecules Confined in Octahedral Field

Abstract

The combined effect of static octahedral potential and anisotropic interaction with intense linearly polarized light on the rotational motion of linear molecules is investigated. Avoided crossings of quantized energy levels corresponding to pendular states with different degree of alignment are found by varying the strength parameters for the light and static fields. High alignment is achieved for both co-operative and competitive choices of the relative directionality of the two fields, thus presenting means for controlling dynamics of impurity centers with respect to the surrounding media.