A three-dimensional model of GaAs/A1GaAs quantum double rings in the lateral static electric field isinvestigated theoretically.The eigenvalue problem with the effective-mass approximation is solved bymeans of the finite-element method.The energy levels and wave functions of quantum-confined electronsand heavy holes are obtained and show an agreement with our previous theoretical and experimentalstudies.It is shown in the approximation of neglecting the Coulomb attraction between the electron andheavy hole that a relatively large Stark shift of exciton emission of 4 meV is attainable with an appliedelectric field of 0.7 kV/cm. A three-dimensional model of GaAs / AlGaAs quantum double rings in the lateral static electric field is investigated theoretically. The eigenvalue problem with the effective-mass approximation is solved by means of the finite-element method. Energy levels and wave functions of quantum-confined electronsand heavy holes are obtained and show an agreement with our previous theoretical and experimental studies. It is shown in the approximation of neglecting the Coulomb attraction between the electron andheavy hole that a relatively large Stark shift of exciton emission of 4 meV is attainable with an appliedelectric field of 0.7 kV / cm.