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Nonequilibrium kinetics and dynamics
THE KUBIS GROUP
ELMORE FAMILY SCHOOL OF ELECTRICAL AND COMPUTER ENGINEERING
Semiconductor Modeling, Computational Nanotechnology, Quantum Chemistry, and Many Particle Physics
Method Development, High Performance Code Implementation, and Device Design
Recent research highlights
Quantum chemistry in liquids
New transistor concepts
Until 2020, all atomistic material models assume periodic atom distributions. Our new method, ROBIN, allows modeling nonidealized situations. First results show dramatic differences in the material properties.
The downscaling of nanotransistors requires overcoming fundamental limits of traditional field effect transistor designs.
One example is the cascade field effect transistor that combines quantum cascade laser switching effects with field effect transistors.
Quantum models of molecules in solutions typically assume only a small amount of solvent information.
We show the explicit inclusion of 1000s of solvent molecules is critical to accurately predict chemical reactions - in particular in microdroplets.
UNLOCKING THE POWER OF QUANTUM TRANSPORT METHODS