Recent research on quantum phenomena has shown great potential to enhance modern technology by increasing computation speed and enabling secure data encryption. Its underlying technological advancements rely on the efficient ...

The Yukawa coupling between the Higgs boson and the top quark – the heaviest elementary particle in the Standard Model of particle physics – is one of the fundamental parameters of the theory. With a value close to unity, ...

Understanding the structure-dynamics-function linkage in biomolecular systems at a mechanistic and quantitative level is a fundamental challenge in contemporary biophysics. This thesis employs molecular dynamics (MD) ...

This dissertation establishes a measure-theoretic foundation for information theory by formulating entropy, mutual information, and related quantities on a common type of probability spaces. Using Radon–Nikodym derivatives ...

The detection and characterisation of exoplanets around M dwarfs is an important aspect in the search for low-mass planets outside our Solar System. M dwarfs are excellent targets for radial velocity (RV) detection due to ...

Charge density waves (CDWs) are stable phases in crystalline materials, creating a peri- odic reordering of the electron density and thereby induce a distortion of the underlying atomic lattice. Such structural changes ...

With the dawn of the high luminosity era at the LHC, an unprecedented amount of data will be collected and processed at the ATLAS experiment. This will result in a drastic increase of hit combinatorics during track ...

The investigation of surface stress of glass is highly requested for quality control processes, e.g. in the automotive glass industry. Since the state-of-art instruments are not really applicable to industrial processes ...

Exploring the rich physics of magnetic spin textures, particularly topologically non-trivial magnetic skyrmions, opens a promising pathway for the development of novel spintronic and magnonic devices. This thesis investigates ...

Histological analysis has been considered as the gold standard for studying tissue architecture for over two centuries, providing essential insights into tissue morphology and organization. However, the technique is ...