Magneto-optical properties of molecular D2- ion in quantum wire

The problem on the electron bound states in the field of two D0-centers (the two-center problem) in the semiconducting quantum thread (QT) by availability of the longitudinal magnetic field is considered within the frames of the zero radius potential model. It is shown that the magnetic field leads to significant change in the g- and u-therms and to stabilization of the D2--states in the QT. It is established, that the Zeeman quantum-dimensional effect with obviously expressed oscillations of the interference nature is specific for the spectral dependence of the D2--center photoionization cross section in the case of the light cross-sectional polarization