A Multi-Subband Monte Carlo study of electron transport in strained SiGe n-type FinFETs. - Daniel Lizzit; Pierpaolo Palestri; David Esseni; Francesco Conzatti; Luca Selmi (ESSDERC, 2012)

On the optimization of SiGe and III-V compound hetero-junction Tunnel FET devices. - Alberto Revelant; Pierpaolo Palestri; Patrik Osgnach; Daniel Lizzit; Luca Selmi (ESSDERC, 2013)

Improved surface roughness modeling and mobility projections in thin film MOSFETs. - O. Badami; Enrico Caruso; Daniel Lizzit; David Esseni; Pierpaolo Palestri; Luca Selmi (ESSDERC, 2015)

State-of-the-art semi-classical Monte Carlo method for carrier transport in nanoscale transistors. - Pierpaolo Palestri; Enrico Caruso; Francesco Driussi; David Esseni; Daniel Lizzit; Patrik Osgnach; Stefano Venica; Luca Selmi (MIPRO, 2015)

Advanced models for simulation of planar and gate-all-around nanoscale MOSFETs. - Daniel Lizzit (2016)

Operation and Design of Ferroelectric FETs for a BEOL Compatible Device Implementation. - Daniel Lizzit; David Esseni (ESSDERC, 2021)

Ferroelectric based FETs and synaptic devices for highly energy efficient computational technologies. - David Esseni; Riccardo Fontanini; Daniel Lizzit; Marco Massarotto; Francesco Driussi; Mirko Loghi (CoRR, 2021)

Multi-level Operation of FeFETs Memristors: the Crucial Role of Three Dimensional Effects. - Daniel Lizzit; Thomas Bernardi; David Esseni (ESSDERC, 2022)

Polarization switching and AC small-signal capacitance in Ferroelectric Tunnel Junctions. - Mattia Segatto; Marco Massarotto; Suzanne Lancaster; Quang T. Duong; Antonio Affanni; Riccardo Fontanini; Francesco Driussi; Daniel Lizzit; Thomas Mikolajick; Stefan Slesazeck; David Esseni (ESSDERC, 2022)

Modelling and Simulations of Ferroelectric Materials and Ferroelectric-Based Nanoelectronic Devices. - David Esseni; Francesco Driussi; Daniel Lizzit; Marco Massarotto; Mattia Segatto (CoRR, 2023)

Multilevel Operation in Scaled Back-End-of-Line Ferroelectric FETs With a Metal Interlayer. - Chiara Rossi; Daniel Lizzit; David Esseni (IEEE Access, 2025)