Dr. Jelena Vesić
The Facility for Antiproton and Ion Research (FAIR) accelerator center is one of the largest projects for fundamental research in the world. The accelerator complex is currently being built on the premises of one of the leading laboratories for nuclear...
Dr. Gregor Kramberger
Prof. Dr. Samo Korpar
Assist. Prof. Dr. Andraž Rešetič
Liquid crystal elastomers (LCEs) are a material that combines the self-ordering properties of liquid crystals with the elasticity of a polymer network. The result is an elastic material that can reversibly change shape in response to an external stimulus, such as...
Prof. Dr. Miha Škarabot
Doc. Dr. Andrej Vilfan
Doc. Dr. Tomaž Rejec
The candidate will explore the symmetry and the topological properties of multi-terminal Josephson junctions with the aim of identifying those in which new synthetic topological materials could be realized. He will also explore ways to use such junctions as useful...
Dr. Denis Golež
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.
Dr. Tilen Koklič
The young researcher will participate in the development of a new concept (uCellnNet) to accelerate the mechanistic detection of disease development, with which we want to divide the response of a complex native tissue with a branched network of interactions and...
Dr. Nerea Sebastian Ugarteche
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...
Assist. Prof. Dr. Mojca Vilfan
Microfluidics is the science and technology that studies the behaviour of fluids in confined geometries. These can be simple, such as straight channels, or they can be of arbitrarily complex shapes, representing a more realistic model of similar systems found in...
Dr. Gašper Kokot
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...
Prof. Dr. Zdravko Kutnjak
Doc. dr. Iztok Urbančič
What do we do? We know that living in polluted environment poses a great risk for our health, increasing the probability for cancer, pulmonary and cardiovascular conditions, as well as neurodegeneration, but the steps of disease development remain largely unknown. In...
Assist. Prof. Dr. Sabina Markelj
The work will take place at a Department for low and medium energy physics (F2) in an experimental station on 2 MV tandem accelerator https://f2.ijs.si/en/infrastructure/2020071509342251/mic--microanalytical-centre , in a dynamic and relaxed environment. It would...
Dr. Zala Lenarčič
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...