TALENTA speed up participant Dr. Astrid Hölzing and her NanoCT Systems group are transferring the latest results from university research and development into materials science and industrial applications. TALENTA offers her a framework to reflect on and evaluate her leadership responsibilities as a group manager.
“I don’t do research for research’s sake; I want to put research findings into application so they can be used promptly,” explains Astrid Hölzing, head of the NanoCT Systems group at Fraunhofer IIS. “We use high- or ultra-high-resolution computer tomography and X-ray microscopy to visualize the smallest structures on behalf of the customer. In my first week at Fraunhofer IIS, I scanned the femoral head bone of a sheep. Here we worked with colleagues from the MRI group using comparative imaging in stem cell research.” Hölzing researches materials and their suitability for specific purposes. She also develops methods for quality control and damage analysis of materials and components. Her focus is on topics such as reliable microelectronics, efficient and climate-friendly energy, and resource-conserving fiber composites.
Currently, Hölzing is working on deepening the relationships of multiple Fraunhofer Institutes with DESY (the Deutsches Elektronen-Synchrotron research center), the Helmholtz-Zentrum Hereon, and the European Molecular Biology Laboratory (EMBL). She sees great synergy potential for her NanoCT Systems group and the Development Center X-ray Technology in the PETRA IV, a 3D X-ray microscope research instrument that facilitates the transfer of basic research to applications in high-resolution X-ray imaging. “Using this infrastructure represents an enormous opportunity to increase our value proposition through R&D projects. In the lab, we have significantly fewer photons available and can’t transfer the properties of the synchrotron’s X-rays one-to-one there. I want to have an impact at this interface and develop processes that are specifically adapted to the customer’s needs.”
Hölzing has wanted to be a scientist since she was a schoolgirl. As she says, “I have an innate interest in finding out how things work and considering how my observations can be useful. I can be very stubborn about it. I’m very happy to have had role models in my immediate environment who first inspired me to choose a career as a physicist and now still do as I continue on that path.”