… has taken the lead in this project. This international fusion energy project is a first-of-a kind long-term project … to build and operate a reactor to test the feasibility of fusion as an energy source. According to Commission … December 2025, with the full operation estimated in 2035. Fusion energy as a viable commercial energy source is not …
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… and DIFFER. Physics-heavy megaprojects often run over schedule due to extreme technical complexity and physical challenges. The development of a nuclear fusion reactor is the epitome of engineering and physics. … with bottom‑up simulations in the context of nuclear fusion to improve the design of complex systems in general. …
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… the potential of dependency structure modelling for fusion systems engineering' DIFFER researcher Torben … and use Dependency Structure Matrix (DSM) techniques to reduce their complexity and reveal integration risks. We … fusion projects. We can disentangle, structure and even reduce the complexity we are facing. Promotor: de Baar, Marco …
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… the low-confinement mode (L-mode). Important for tokamak fusion reactors is the emergence, above a critical heating … It has become clear that this is caused by a local strong reduction of the main heat loss mechanism: turbulence. This heat transport bifurcation exhibits hysteresis: after heating …
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… Plasma Micro-Turbulence In order to make fusion energy available to the world, the physics basis of heat and particle losses in magnetic-confinement fusion reactors needs to be well-understood. Even when plasmas are in equilibrium with respect to large-scale MHD …
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… the different day of the week. The availability of future fusion devices such as a Fusion Nuclear Science Facility (FNSF) or DEMO greatly … transferred to MPEX and exposed to fusion reactor relevant plasmas. The pre-design of MPEX will be presented. MPEX is … the different day of the week. The availability of future fusion devices such as a Fusion Nuclear Science Facility …
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… investigate materials properties for our in-house group on fusion wall materials. I also hope to attract our solar … workshops on what you can do with a facility like this." Fusion to fission Tyburska-Pueschel's PhD project used ion … walls get damaged by fast particles that fly out of a fusion plasma. "With our ion accelerator we were one of the …
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… processes over much shorter timescales, like turbulent transport, collisions, MHD and plasma equilibrium. The … these processes. Integrated modelling frameworks combine reduced physics models of these processes at various … core profiles are strongly non-linear coupled to the fusion power, making performance predictions relying on …
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… ultraviolet to the infrared. Magnum-PSI - materials under fusion reactor conditions Magnum-PSI is the world's only … particle impacts: the conditions in ITER and future nuclear fusion reactors. An extensive set of diagnostics allow for … that are exposed to the extreme conditions in a nuclear fusion reactor. The 3.5 MV ion accelerator is the only one …
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… I have been focusing on plasma-facing materials for nuclear fusion. As we know, nuclear fusion holds immense promise as a clean and sustainable … materials that can survive the extreme conditions inside a fusion reactor. My research focuses on tungsten, a promising …
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… Ranade brings together two cutting-edge fields: nuclear fusion and electrochemistry. On 19 January 2026 he … originally developed to study the extreme conditions inside fusion reactors, specifically helium plasma have been … Applying the method to electrolyzers improved performance, reduced energy losses, and allowed devices to meet or exceed …
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… 15th International Symposium on Fusion Nuclear Technology The International Symposium on Fusion Nuclear Technology (ISFNT) is one of the main international events for the nuclear fusion field and offers an outstanding opportunity for the … The International Symposium on Fusion Nuclear Technology (ISFNT) is one of the main …
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… Presenting ITER and fusion at the COP24 climate conference Published on December … De Temmerman gave a strong overview of the potential of fusion energy and progress at the ITER site. See the … Fusion as one of the ingredients in the future energy mix … courtesy DIFFER) The growth of energy sources - including fusion - from experiment to market penetration Impression …
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… develop an integrated modeling simulation framework for the fusion reactor ITER. The framework is based on MUSCLE 3, a … components Multi-physics simulations like for ITER plasmas need to couple together different physics codes, … Jonathan Citrin. He leads DIFFER’s Integrated Modeling and Transport Group (read an interview with Citrin ). MUSCLE 3 …
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… control development for ITER In a future commercial nuclear fusion reactor, the high temperature and density of the … confined particles will create an environment where nuclear fusion can take place. The expected released fusion energy … in real-time, that represent the dynamics of electron transport in a tokamak. These models will than serve as a …
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