This week we revisit an image that sparked discussion three weeks ago. Some of the feedback pointed to a tungsten fiber-reinforced composite material, and they were partially correct. Tungsten fibers are indeed present, but they have not yet been transformed into a dense, three-dimensional composite. What you see in this
Tungsten, known for having the highest melting point among all metals, plays a pivotal role in advancing nuclear fusion technology. Its resilience to extreme temperatures, efficient thermal conduction, minimal neutron activation, and low interaction with fusion fuels, positions tungsten as the leading candidate for plasma-facing components (PFCs) in commercial nuclear
The prospect of harnessing fusion energy is closer. The successful operation of JT-60SA, the most powerful experimental device to date, built by Europe and Japan, is a landmark achievement for the two parties, the scientific community and industry. It’s also a clear demonstration of their commitment to invest in this