We provide research and development via consulting, software and computation power for both large corporation and SMEs:

• High performance computing: Scalable programming, next generation computing, and machine learning.
• Automotive sector: Durability and load, digital twins, simulation of systems and human-machine interaction.
• Optimization in medical therapy planning and digital health assistance, technical processes and energy supply systems, production and process planning.
• Image processing: Industrial 2D image processing, 3D analysis of microstructures, virtual inspection planning.
• Finance: Analysis, simulation, and optimization of pension plans, life insurances, financial risk measures, asset and portfolio management, trading on energy markets, application of anomaly and fraud detection in finance and health care.
• Material characterization and testing: Non-destructive testing, coating thickness measurement, terahertz spectroscopy.
• Flow and Material Simulation: Textiles, microstructure simulation and virtual material design, lightweight construction and insulating materials and electrochemistry and batteries.
• System analysis, forecasting and control: digital twins, condition monitoring, predictive maintenance and control.
• Transportation processes: simulation of flow/continuum mechanics, spinning and nonwoven processes, energy and supply networks, and fluid dynamic shape optimization.

Specifically in the realm of quantum computing, we provide R&D, consulting, software, and hardware for:

• Algorithms: Development of quantum machine learning methods (QML), quantum optimization algorithms, quantum simulation and quantum imaging.
• Applications: Simulation of chemical compounds and material properties, optimization for supply chain and energy supply problems , anomaly detection in various areas, simulation and optimization in finance.
• Imaging and Sensing: image recognition and processing, Terahertz quantum sensing.
• Software: Software stacks and standardized functions for compiling/transpiling and scheduling gate-based quantum computers, also in hybrid classical-quantum ecosystems.
• Hardware: Supporting the construction of a quantum computer based on Rydberg atoms.