This programme continues the successful work pursued in the first programme period. The development of extremely light magnesium and titanium aluminide alloys as well as functionalised polymer materials for lightweight construction has been expanded to include the functionalisation of magnesium and titanium alloys for use in biocompatible implants. Research is conducted on material characterisation and simulation techniques from the microscale to the level of complex components. This delivers the theoretical principles for optimising fabrication processes and for evaluatingthe efficiency of innovative lightweight structures.

Building on the Helmholtz Initiative FuncHy, work is conducted in collaborationwith the Research Field Energy on functional materials for the storage of solid hydrogen in tank systems. The results will then be used, for example, in wind power stations or for solar energy, as well as for mobile tank systems in vehicles. Part of the programme involves the creation and expansion of research platforms such as the Magnesium Innovation Centre (MagIC) or the Lightweight Materials Assessment, Computing and Engineering Centre (ACE). These platforms pool expertise and infrastructure and make them available to external partners from research and industry. This constant exchange facilitates technology developments with a high degree of maturity, adding to the competitiveness of German industry.