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tiberCAD - MULTISCALE SIMULATION

tiberCAD is a multiscale tool for the simulation of modern nanoelectronic and optoelectronic devices. Applications of tiberCAD range from nanoelectronics to laser technologies including molecular electronics and b...

tiberWEB

tiberWEB is a computation-on-demand service. The users interact with the tools through java interfaces and the simulations run on tiberWEB hardware. The simulation results can be analyzed with the integrated grap...

DYE SOLAR CELL (DSC)

Dye Solar Cells are interesting third generation photovoltaic devices. A DSC is fundamentally an electrochemical device where a molecule chemisorbed onto the surface of a porous material absorbs light and transfer an...

DRIFT-DIFFUSION (DD)

The Drift-Diffusion module can be used for the simulation of light emitting devices, bipolar transistors, MOS transistors, HEMTs and nanostructured devices. It is particularly suited for the study of strained III-V...

ELASTICITY (EL)

Electromechanical modeling is becoming an essential tool to model modern devices particularly when the strain engineering is used to tune the electrical and optical properties of materials. Furthermore, an emergent...

THERMAL (TH)

The downscaling of modern devices is increasing the power density to be dissipated via thermal conducting and, in some cases, self-heating effects may degrade the device performance. There is, therefore, the need t...

ENVELOPE FUNCTION APPROXIMATION (EFA)

Nanostructured devices exploiting quantum mechanical effects for their functioning e.g. transistors based on quantum wires, quantum dots or molecules, are on the cutting edge of nanotechnology. To model the electro...