Research groups

Deveolops advanced optical techniques to study biological systems, including how bacteria attach to surfaces.

For the passion of revealing stories in relational data to address research questions across the sciences, in the complex system group we develop a...

The Computational Space Physics (CSP) Research Group, recently established in our department, studies plasma interactions with planetary...

We create replicas of real-world systems, make AI training data, and experiment with machines and materials.

We make the best out of the heterogeneity in nanomaterials.

Our group studies low-dimensional semiconductor materials.

Developing optoelectronics based on organic semiconductors, with focus on functionality and sustainability.

We tackle a wide array of topics, including gene regulation, aging, networks and more.

The research of our group is aimed on synthesis of new 2D materials, study of their fundamental properties and energy storage applications. Our...

Low and high temperatures, simultaneously with high pressure, change the thermodynamic stability of materials and the kinetics of phase transitions...

The group works with research on optical frequency comb spectroscopy.

The goal of relativistic attosecond physics laboratory is laser-driven generation of the shortest light and electron pulses ever achieved, which ha...

Our research interests comprise plasma physics in the solar system and the interaction between the solar wind and different solar system objects,...

Leader of the research group is Professor Ove Axner.

Synthesis and characterization of various types of nanomaterials.

In our group we study both the fundamental and applied aspects of light-matter interactions.