Virtual NanoLab 1.1

Virtual NanoLab is Atomistix' (Copenhagen, Denmark) patented user-friendly software package for simulation and analysis of the atomic-scale properties of nano-scale devices. The program provides intuitive and comprehensive tools for gaining insight into the properties of nanoscale devices by simulating measurements through numerical calculations. The workflow within the program is designed to resemble an actual experimental process, and allows the user to set up "virtual experiments" through atomistic modeling. A variety of instruments make it possible to model the geometry, electronic structure and electrical properties of the nanoscale system in an easy-to-use graphical interface.

The basic design idea of Virtual NanoLab is to allow users the opportunity to use state-of-the-art atomic scale modeling in a simple and intuitive way. The engine behind the Virtual NanoLab is the Atomistix Tool Kit (ATK), which provides modeling techniques ranging from simple force-fields methods to the most advanced non-equilibrium Green's functions (NEGF) and density functional theory (DFT) methods. Both specialists and users without extensive training within the fields of many-body physics and computer modeling can use Virtual NanoLab to obtain accurate predictions of the physics and chemistry of nano-scale devices, and can thereby save time and money by simulating device performance before attempting actual implementation.

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