Strongly correlated quantum systems represent an important research area in modern physics, as they give rise to complex phenomena such as phase transitions, spontaneous symmetry breaking, metastable states, and collective excitations. The development of new quantum...

In recent years, the amount of data collected in the ATLAS experiment at the Large Hadron Collider has doubled. At the same time, computational methods and machine learning methods have also advanced rapidly, enabling the use of the latest technologies to analyse this...

Organic ferroelectric thin films combine ferroelectric functionality with the key advantages of organic materials. This makes them highly attractive for next-generation electronic and electromechanical elements in devices that are flexible, lightweight, and...

About the Programme The PhD candidate will join the Biophysics Group at the Department of Theoretical Physics (F-1), which focuses on understanding the physics of biological processes at both the tissue and molecular scales. The group also has an extensive network of...

The doctoral candidate will develop a quantum theory for the strong light-matter coupling in many-body quantum systems, such as a density charge wave or exciton insulators, in a cavity with a confined electromagnetic field.

Ferroelectric nematics, recently discovered, exhibit spontaneous polarization and nonlinear optical properties comparable to ferroelectric solids, while being fluid. This unique combination of fluidity, i.e. tunability and processability, and polarity unlocks exciting...