This research theme focuses on materials and interfaces inspired by biological systems and developed for medical and healthcare applications. Researchers study how natural structures and functions can guide the design of advanced materials with improved performance, compatibility, and sustainability.
The work spans fundamental understanding of biological interactions at surfaces to applied solutions for medical devices, implants, drug delivery systems, and radiation detection. By combining materials science, chemistry, physics, and engineering, this research supports innovation in healthcare technologies and biomedical applications.
Have a look at the overview of the research themes and the corresponding profiles of researchers for each topic.
This area explores materials that mimic structures and mechanisms found in nature. The goal is to create functional materials with enhanced mechanical, chemical, or self-healing properties.
This research focuses on developing synthetic receptor systems that mimic biological sensing mechanisms. The work aims to support advanced neural interfaces and implantable technologies, including applications related to nerve stimulation and artificial vision.
This research investigates how materials interact with biological systems at surfaces and interfaces. Understanding these interactions is key to improving biocompatibility, sensing, and medical device performance.
Duncan Sutherland, Menglin Chen, Rasmus S. Davidsen, Bahram Ranjkesh, Morten Foss
Development of advanced materials and surface treatments for dental and oral healthcare applications.
Bahram Ranjkesh, Morten Foss
Development of advanced materials and surface treatments for dental and oral healthcare applications.
Rasmus S. Davidsen
Materials and systems for accurate radiation measurement for application in monitoring in medical and research settings.
Peter Balling, Brian Julsgaard, Rosana Martinez Turtos
