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Sketches of the Ion Beam Facility
Two students from the Design Academy Eindhoven will spend the next few weeks transforming the gray six-meter-long and one-and-a-half-meter-wide tube of DIFFER's Ion Beam Facility into a true work of art. One side will have a cutaway like character with mainly purple and pink colors. Those colors are a reference to the colors of a plasma that is generated in the tube.
Aaron Ho (left) and Luca Vialetto (right) during one of their podcasts on YouTube. (c) Still from YouTube.
DIFFER postdoc Aaron Ho, together with former DIFFER Ph.D. student Luca Vialetto (now a postdoc in Germany at Christian-Albrechts-Universität zu Kiel), have won the Rutherford Plasma Physics Communication Prize 2023. They receive the award for the podcast-style videos on their YouTube channel Coffee Breakdown.
Pulsed Laser Deposition
A Dutch consortium, led by national energy research institute DIFFER, will receive 4.7 million euros from NWO to build a facility that makes controlled layers of material. Through this facility, science and industry can explore materials for new catalysts and batteries. In doing so, they will accelerate the energy transition, helping to move society forward.
United States DIII-D fusion reactor during maintenance in 2017
A Dutch-American team of researchers has discovered that the beam to suppress plasma instabilities in a nuclear fusion reactor becomes two to three times broader than calculated. This is a challenge, because such a spread-out beam is much weaker, and there isn't always extra energy to make a stronger beam. The researchers published their findings in the journal Nuclear Fusion.
Artistic impression of water fission. (c) DIFFER/dissertation Kiran George
DIFFER and Eindhoven University of Technology will jointly receive 700,000 euros to expand research on water-splitting and alternative renewable energy sources. This was announced by NWO. The researchers aim to take live measurements during water-splitting experiments and combine those with modeling.