Multi-Subband Ensemble Monte Carlo Simulator for Nanodevices in the End of the Roadmap

As the scaling of electronic devices approaches to the end of the roadmap quantum phenomena play an important role not only in the electrostatics but also in the electron transport. This work presents the capabilities of a novel implementation ofMulti-Subband Ensemble Monte Carlo simulators (MS-EMC) including transport quantum phenomena. In particular, an effective computational scheme of tunneling mechanisms (including S/D tunneling, GLM and BTBT) is shown taking advantage of the main features of semi-classical transport models which are the reduction of the computational requirements and a higher flexibility in comparison to purely full quantum codes.