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William G. Vandenberghe

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Author: William Vandenberghe

News

DECEMBER 2022

Our article “Three-Dimensional-Topological-Insulator Tunnel Diodes” was published in Physical Review Applied.

Author William VandenberghePosted on December 14, 2022January 5, 2023Tags publication

NOVEMBER 2022

Kolade Oyekan successfully defended his Ph.D. dissertation “MATERIALS AND SURFACES FOR RENEWABLE ENERGY AND ELECTRONIC DEVICES: A FIRST-PRINCIPLES STUDY”.

Author William VandenberghePosted on November 4, 2022January 5, 2023Tags disseration

SEPTEMBER 2022

Our article “Image-force barrier lowering in top- and side-contacted two-dimensional materials” was published in Solid-State Electronics.

Author William VandenberghePosted on September 23, 2022January 5, 2023Tags publication

SEPTEMBER 2022

Our book chapter “Ab initio Methods for Electronic Transport in Semiconductors and Nanostructures” was published in Springer Handbook of Semiconductor Devices.

Author William VandenberghePosted on September 17, 2022January 5, 2023Tags book chapter

SEPTEMBER 2022

Our article “Understanding morphology effects on fill factor losses in dilute-donor organic solar cells” was published in Nano Energy.

Author William VandenberghePosted on September 10, 2022January 5, 2023Tags publication

AUGUST 2022

Our article “Dominant role of OH− and Ti3+ defects on the electronic structure of TiO2 thin films for water splitting” was published in Dalton Transactions.

Author William VandenberghePosted on August 10, 2022January 5, 2023Tags publication

JUNE 2022

Our article “Impact of passivation on the Dirac cones of 2D topological insulators” was published in Journal of Applied Physics.

Author William VandenberghePosted on June 30, 2022January 5, 2023Tags publication

JUNE 2022

Aaron Kramer successfully defended his Ph.D. dissertation “Modeling Fill Factor Losses In Organic Solar Cells”.

Author William VandenberghePosted on June 27, 2022January 5, 2023Tags disseration

MAY 2022

Our article “A First-Principles Study on the Electronic, Thermodynamic and Dielectric Properties of Monolayer Ca(OH)2 and Mg(OH)2” was published in Nanomaterials.

Author William VandenberghePosted on May 24, 2022January 5, 2023Tags publication

APRIL 2022

Our article “Re-examining the role of subsurface oxygen vacancies in the dissociation of H2O molecules on anatase TiO2” was published in Applied Surface Science.

Author William VandenberghePosted on May 1, 2022January 5, 2023Tags publication

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About

I’m an Associate Professor at UT Dallas since 2021.

I have a diverse research group composed of experts unraveling electron transport at the nanoscale using theoretical and computational methods.
Starting from the laws of quantum mechanics, we explain how modern electronics work and how to design electronic devices of the future. We use commercially available codes and develop open-source software to study novel materials and devices.  Materials of interest are conventional semiconductors, two-dimensional materials, topological insulators, layered magnets, and novel dielectrics.  Device structures under investigation are transistors and solar cells.
Collaborating with industrial partners, our work impacts nanoelectronics, power electronics, and photovoltaics.

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