Chemist Robert Hein, biologist Viola Introini, and AI researcher Maximilian Dax receive the award
This year's Hector Research Career Development Award goes to chemist Robert Hein, biologist Viola Introini, and AI researcher Maximilian Dax. With this award, the Hector Fellow Academy (HFA) is supporting the research careers of outstanding researchers in the postdoctoral phase for the sixth consecutive year.
“Receiving the Hector Research Career Development Award is a great honor for me—not only because of the high reputation of the HFA, but also because I strongly identify with its goals, especially its interdisciplinary research approach,” explains award winner Robert Hein. Robert Hein has been a junior professor at the University of Münster since early 2025. There, he heads his own research group at the Institute of Organic Chemistry and the Center for Soft Nanoscience. His work focuses on the synthesis and characterization of novel molecules that respond to electrical stimuli. He is particularly interested in how the molecules temporarily change their color, luminescence, or shape in the process. In addition to fundamental questions, his research also aims at concrete applications, e.g., in sensor technology, energy storage, or the development of responsive surfaces and functional materials.
Award winner Viola Introini conducts interdisciplinary research into malaria. She heads the “Vascular Infection” research group at the Max Planck Institute for the Science of Light and at the Max Planck Center for Physics and Medicine in Erlangen. Together with her team, she is investigating how malaria affects the human body on a biological and genetic level. To this end, she develops and uses patient-based models of artificial blood vessels: "With the support of this award, I plan to (...) develop a physiologically relevant 3D model of the microvessels of the retina based on real images of patients with cerebral malaria. This model will replicate the blood-retinal barrier, provide insight into malaria pathology, and help us understand the processes taking place in the brain (...)." With the help of these models, Viola Introini hopes to decipher the underlying mechanisms of malaria more precisely and, on this basis, develop targeted effective therapies for humans.
We are delighted to announce that among the approximately 120 applications for the Hector RCD Award, a former young scientist from the Hector Fellow Academy came out on top: Maximilian Dax. Today, he heads a research group at the ELLIS Institute Tübingen and the Max Planck Institute for Intelligent Systems. During his doctoral studies, he was supervised by Hector Fellow Bernhard Schölkopf. With his independent project on AI-based analysis of long gravitational waves, he successfully asserted himself in the competitive field of his discipline, computer science, and now has the opportunity to further deepen the research topic he began during his doctoral studies. He is excited to advance AI research with the help of the Hector RCD Award: “With this awae natural sciences, particularly astronomy, and hopes to contribute to new scientific discoveries through AI.rd, the Hector Fellow Academy is supporting my research into the development of new methods of artificial intelligence for the analysis of long-duration gravitational wave signals. This project aims to improve our ability to extract physical information from complex measurements in the age of next-generation observatories.” Maximilian Dax combines fundamental research in the field of probabilistic artificial intelligence (AI) with applied research in the natural sciences, particularly astronomy, and hopes to contribute to new scientific discoveries through AI.
Since the award was established, a total of 20 outstanding young scientists in the postdoctoral phase have been honored with the Hector RCD Award and become temporary members of the interdisciplinary network of the Hector Fellow Academy. The next application phase for the Hector RCD Award will take place in fall 2026.