EUROfusion

Sep 17

🇦🇹 Meet our EUROfusion member: the Austrian Academy of Sciences (ÖAW) and the Austrian Fusion Research Unit(@FusionÖAW) in it! Within EUROfusion, Austria contributes through 5 different institutes and universities from which two of them are: 👨🔬 Technische Universität Wien (TU Wien) – advancing...Read more

🇦🇹 Meet our EUROfusion member: the Austrian Academy of Sciences (ÖAW) and the Austrian Fusion Research Unit(@FusionÖAW) in it! Within EUROfusion, Austria contributes through 5 different institutes and universities from which two of them are: 👨🔬 Technische Universität Wien (TU Wien) – advancing plasma edge physics and fusion diagnostics. Researchers here focus on understanding the complex interactions at the plasma boundary, crucial for making fusion devices more efficient and reliable. 🖥️ Technische Universität Graz (TU Graz) – applying cutting-edge simulations to fusion research. TU Graz develops advanced numerical methods that help predict plasma behaviour and improve reactor design. 🔗 Learn more about Austria’s role in EUROfusion: https://euro-fusion.org/eurofusion/members/austria/ #FusionEnergy #EUROfusion #Road2Fusion #EURATOM #Austria #ÖAW #TUWien #TUGraz

Sep 15

🎬 We are EUROfusion – a new video series is here! EUROfusion enables even smaller and medium-sized countries to take leadership in key fields of fusion research. 💡 It brings together brilliant minds, fosters collaboration, and opens the door to big science. Without EUROfusion’s support, many of t...Read more

🎬 We are EUROfusion – a new video series is here! EUROfusion enables even smaller and medium-sized countries to take leadership in key fields of fusion research. 💡 It brings together brilliant minds, fosters collaboration, and opens the door to big science. Without EUROfusion’s support, many of these achievements would not have been possible. This is just the beginning: throughout the year, we’ll be sharing more stories from our Members, young scientists, and engineers across Europe. 🌍🔬 👉 Watch the first video here: https://youtu.be/D9FVyZOjhZ8 #FusionEnergy #EUROfusion #CleanEnergy #Road2Fusion

Sep 12

Meet FZJ’s IFN-1 team who are working on the “edge” of fusion reactors — where plasma meets wall. They develop hard-wearing materials, test under extreme heat and radiation, do modelling + experiments to understand plasma-wall interactions. Germany’s major player in materials + fusion tech. 👉 ...Read more

Meet FZJ’s IFN-1 team who are working on the “edge” of fusion reactors — where plasma meets wall. They develop hard-wearing materials, test under extreme heat and radiation, do modelling + experiments to understand plasma-wall interactions. Germany’s major player in materials + fusion tech. 👉 Find out more about FZJ’s role in EUROfusion: https://euro-fusion.org/eurofusion/members/germany/#FZJ 📷Photos: Tamás Szabolics, EUROfusion #Fusion #FusionResearch #PlasmaWallInteraction #MaterialsScience #EUROfusion #Juelich #Germany #EURATOM

Sep 10

👩🔬⚛️ Say hello to Hungary’s HUN-REN Centre for Energy Research (HUN-REN EK-CER) – a proud EUROfusion Member! Their Fusion Plasma Physics team is exploring the mysteries of plasma 🔄🌞 – and helps tackling the most. 👉 Did you know? From turbulence studies through high-tech plasma diagnostics 🧪�...Read more

👩🔬⚛️ Say hello to Hungary’s HUN-REN Centre for Energy Research (HUN-REN EK-CER) – a proud EUROfusion Member! Their Fusion Plasma Physics team is exploring the mysteries of plasma 🔄🌞 – and helps tackling the most. 👉 Did you know? From turbulence studies through high-tech plasma diagnostics 🧪🔬, HUN-REN EK-CER has been a key contributor to #ITER and #DEMO-related research as well! 💡 Hungary is helping Europe get closer to fusion energy. Discover more about HUN-REN EK-CER’s work in fusion and their role within EUROfusion: 🔗 https://euro-fusion.org/eurofusion/members/hungary/ #FusionEnergy #EUROfusion #PlasmaPhysics #Engineering #CleanEnergy #ResearchInEurope #EURATOM #Hungary

Sep 5

One of fusion’s toughest challenges: the heat exhaust. Experiments at the UK’s MAST Upgrade have shown that the novel Super-X divertor design can reduce heat loads more than tenfold. Read more about this breakthrough, 👉 https://euro-fusion.org/member-news/differ/novel-super-x-design-shows-major...Read more

One of fusion’s toughest challenges: the heat exhaust. Experiments at the UK’s MAST Upgrade have shown that the novel Super-X divertor design can reduce heat loads more than tenfold. Read more about this breakthrough, 👉 https://euro-fusion.org/member-news/differ/novel-super-x-design-shows-major-advantages-in-handling-hot-exhaust-of-fusion-energy/ #FusionEnergy #EUROfusion #DIFFER #UKAEA #EURATOM