Category Archives: Uncategorized
A new tutorial on Silicene Nanoribbon field effect transistor has been created and can be found here: http://vides.nanotcad.com/vides/documentation/tutorials/tutorial-18-silicene-nanoribbon Have fun!
A new tutorial has been released on TMD-based FET. In particular, the NanoTCAD ViDES code has been further extended in order to perform simulation of transition metal dichalcogenides based transistors, as MoS2, MoSe2 etc. Detailed information can be found here: … Continue reading
A new tutorial has been released and concerned with the simulation of Silicene transistor. In particular, the script of the transfer characteristic is documented and commented at: http://vides.nanotcad.com/vides/documentation/tutorials/tutorial-16-silicene-transistor
The evaluation version of the IDE for the NanoTCAD ViDES code has been released today. The easy-to-use IDE integrates a GUI interface to define and simulate in a simple fashion nanoscale devices, including monolayer transition metal dichalcogenides based Field Effect … Continue reading
A tutorial on 2D materials will be given 27th July at IEEE Nano 2015, held in Rome [link]. The abstract of the tutorial can be found below. Within the tutorial, the potential of the NanoTCAD ViDES code for the simulation of … Continue reading
PhD/post-doc positions are opening at the University of Pisa. The research activity will focus on the investigation of the potential of heterostructures based on Transition Metal Dichacogenides and other classical semiconductors like Silicon for opto-electronics devices. This activity will be performed within … Continue reading
The activity consists in the development of a GUI for the NanoTCAD ViDES code. Potential candidates must have good programming skills (C, Fortran and Python). Good background in device physics can represent an added value. Work is estimated to be completed … Continue reading
The activity consists in the development of the models describing the physics in organic photovoltaic solar cells, to be included in the device simulator NanoTCAD ViDES. In particular, the equations to be developed will include 1D Continuity equation + 1D exciton equation … Continue reading
Today the new version of the code has been released. New capabilities have been added as: Interface with Quantum Espresso and Wannier90 (Tutorial 14) in order to perform multi-scale simulations Solution of the 1D Poisson Equation Solution of the 1D … Continue reading
During the last week we have encountered some problems with the web server. Eventually (and hopefully!) such issues should be solved: sorry for the inconvenience.