Seminars

The exhaust of particles and heat is one of the unresolved challenges on the way to a future fusion reactor. The main exhaust concept explored in the current fusion experiments is based on the modification of the magnetic edge topology by diverting the outermost field lines to dedicated target areas physically distant from the core plasma.

Halide perovskites are a promising candidate for the next generation energy-harvesting technologies owing to their excellent optoelectronic properties and low-cost solution processability. A striking difference between halide perovskites and conventional semiconductors (e.g., silicon) is the dual ionic-covalent bond nature within the anionic inorganic framework.

A critical step in transitioning to a green future is the accelerated discovery and mobilization of high-performance materials for clean technologies. Clean energy transition by 2030 requires at least 10X acceleration for production-ready energy materials.

Will private companies bring fusion power to the market soon? Or the race for (fusion) power between the USA and China? Niek Lopes Cardozo (TU/e) will analyze these developments in the DIFFER seminar. Please register to join as a guest.

Nanoindentation Study on BCC Metals and FCC NixFe(1-x) Alloys: Unveiling Plastic Deformation through Machine-Learned MD Simulations