PhD Theses:
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N. Ferri,
The Role of van der Waals Interactions on the Electronic Properties of Molecules and Materials.
TU Berlin,
2017
Reprint download:
G.-X. Zhang,
Understanding the role of van der Waals forces in solids from first principles.
TU Berlin,
2014
Reprint download:
V.V. Gobre,
Efficientmodelling of linear electronic polarization in materials using atomic response functions.
TU Berlin,
2016.
Reprint download:
V. Gonzalo Ruiz López,
Adsorption of Atoms and Molecules on Surfaces: Density-Functional Theory with Screened van der Waals Interactions.
TU Berlin,
2016.
Reprint download:
J. Hermann,
Towards unified density-functional model of van der Waals interactions
Reprint download:
Johannes Hoja,
First principles modeling of molecular crystals: crystal structure prediction and vibrational properties.
Univerity of Luxembourg
2018
Reprint Download:
Stefan Chmiela,
Towards Exact Molecular Dynamics Simulations with Invariant Machine-Learned Models.
TU Berlin
2019
Reprint Download:
Kristof Schütt
Learning representations of atomistic systems with deep neural networks
TU Berlin,
2018
Wiktor Pronobis
Towards more Efficient and Performant Computations in Quantum Chemistry with Machine Learning
TU Berlin,
2020