Browsing by Author "Van de Put, Maarten"

15-band spectral envelope function formalism applied to broken gap tunnel field-effect transistors

A spectral force based version of the Wigner-Liouville equation

Algorithmic Optimization of Transistors Applied to Silicon LDMOS

An envelope function expansion of the Wigner transport equation

An envelope function formalism for lattice-matched heterostructures

Atomistic Modeling of Spin and Electron Dynamics in Two-Dimensional Magnets Switched by Two-Dimensional Topological Insulators

Au-MoS2 contacts: Quantum transport simulations using a continuum description

Band-to-band tunneling in III-V semiconductor heterostructures

Can p-channel tunnel-field-effect transistors perform as good as n-channel tunnel-FETs?

Carrier transport in two-dimensional topological insulator nanoribbons in the presence of vacancy defects

Co-integration Process Compatible Input/Output (I/O) Device Options for GAA Nanosheet Technology

Cold CMOS for Sustainable Datacenters

Comparing ballistic Landauer quantum transport to time-evolved Wigner functions

Efficient solution of the Wigner-Liouville equation using a spectral decomposition of the force field

Electric-field induced quantum broadening of the characteristic energy level of traps in semiconductors and oxides

Full zone spectral solver for the optimization of line and point tunnel field-effect transistors

InGaAs tunnel diodes for the calibration of semi-classical and quantum-mechanical band-to-band tunneling models

Inter-ribbon tunneling in graphene: an atomistic Bardeen approach

Lattice-matched heterostructure envelope functions and band-to-band transmission through broken-gap heterostructures

Modeling of quantum electron transport with applications in energy filtering nanostructures