Co-evolution at the human-technology interface focuses on the fact that both the biological and the technical side of an interface are dynamic and influence each other. By investigating this mutual dependency, we at the TACTIC graduate school want to gain a deeper understanding of the causes of undesirable processes, such as inflammatory processes in the biological system and undesirable changes to the material surface of implants. On this basis, we will design new strategies to define or support desired processes of co-evolution. To do this, we will design innovative adaptive technologies and sensor approaches that can adapt to individual dynamics in the biological system and develop process-aware technologies that can bring about desired dynamics in the biological system.

Peer reviewed articles:

Conference contributions:

Hesari SM, Steinmann U

Chronoamperometric Detection of Hydrogen Peroxide Using a Cytochrome c–Modified Screen-Printed Gold Electrode. 2026,  ICBB 2026: International Conference on Biosensors and Bioelectronics, 2026, Berlin

Hesari SM, Von Heckel C, Bejarano Rios JN, Deckert L, Steinmann

Label-Free Electrochemical Biosensor for the Detection of Glycophorin A (CD235a)
2026, 23rd ITG /GMA Conference on Sensors and Measurement Systems 2026, June 9th and 10th, 2026, Nuremberg

The full list of TACTIC publications can be found  here

Prof.  Steinmann's entry in Forschungsportal (LSA) is linked here