In another tiberCAD application (see Selfconsistent EFA - Drift-diffusion 3D calculation for a GaAs quantum well in a nanocolumn), we show the results of fully Self-Consistent Schroedinger (EFA) - Drift-diffusion calculations for a 3D nanostructure made of an AlGaAs rectangular nanocolumn p-i-n diode structure with an embedded GaAs quantum well.

Here, we present selfconsistent TB/EFA/drift-diffusion calculations performed on the same AlGaAs/GaAs nanocolumn, demonstrating the ability of tiberCAD to calculate electronic and optical properties of such systems selfconsistently, using different quantum mechanical approaches coupled to a classical transport model.