The Plasma Modeling and Data Integration Department is dedicated to the comprehensive research and analysis of plasma processes, which are characterized by their multiphysical nature. Our goal is to use advanced models and multimodal investigation methods to map the diverse aspects of these complex systems. To do this, we use simulations, measurements, and sensor data as needed and integrate them into a coherent overall picture.

We develop and apply both hydrodynamic and kinetic models that enable us to precisely capture and analyze physical effects and multiphysical processes. By closely linking experimental data and computer-aided simulations, we create a comprehensive understanding of the underlying mechanisms and dynamics. This integrative approach is crucial to overcoming challenges in plasma research and developing innovative solutions.

Our expertise includes the use of both commercial and in-house software solutions. We are continuously working to develop new methods to further optimize the simulation and characterization of plasma processes. Our efforts are aimed at achieving a detailed process understanding, optimizing plasma applications and thus making a sustainable contribution to the development of future-oriented technologies.