Please see our recent publications at:  https://www.researchgate.net/profile/Boris-Majaron

Nematic liquid crystals (NLCs) have been known for years and are broadly exploited in modern display technologies, constituting a multibillion business. The key aspect of their applicability is the unique combination of fluidity, anisotropic physical properties and...

Colloidal active matter are systems of hundreds of microscopic particles driven out-of-equilibrium by external fields. They display non-trivial spontaneous collective organisation into static and dynamic patterns that can be controlled by the driving field. This...

Recently discovered ferroelectric nematic liquid crystals (FNLCs) are unique examples of liquid materials. They combine properties of ferroelectric solid-state materials, that play a very important role in numerous everyday devices as well as high technological...

Strongly-correlated materials, or the materials, in which Coulomb interaction between the electrons cannot be neglected, became of great importance for technology and basic science. They exhibit a rich variety of exciting properties, such as metal-insulator...

Non-equilibrium states of matter have become of great fundamental and practical interest in recent years because of their wide importance in diverse areas of physics. With the rapid development of new time-resolved techniques, the temporal dynamics of competing...

At the Department of low and medium energy physics (F2) we conduct basic nuclear and atomic physics research and apply the obtained knowledge to variety of practical interdisciplinary research problems, such as: environmental radiation monitoring, material research,...

Driving matter out of equilibrium challenges our understanding and intuition for quantum systems, as well as the imagination to exceed the limitations given by the equilibrium. In our understanding of equilibration of excited quantum systems, exact symmetries play a...