Master Theses

Computational Neuroscience is the field of study that seeks to understand the complexity of the brain by analyzing brain images, networks, and simulations of neural systems. Classic computing resources, such as high-performance computing systems, are reaching their limits. [...]

This thesis explores the role of the deuteration effect on the change of the structure, magnetic, and thermodynamic properties in spin crossover compound Fe(NCS)₂(PM-BiA)₂, where PM-BiA stands for pyridine-2-aldehyde-4-aminobiphenyl. In this study, the 4-aminobiphenyl was deuterated to 95.7% and engaged to form a partial ligand with pyridine-2-aldehyde. [...]

Witsenhausen’s counterexample is a well known problem from control theory illustrating, linear controllers are not always the best choice. Studies on theoretical and numerical results have been conducted for now more than 50 years and mathematicians are still searching for new attempts gaining better controllers for the problem. [...]

This work focuses on improving the coupled MD-MC simulation framework by enhancing the MC++ code by H. Ganesan that is used to model strain aging processes in e.g. [...]