News

Farewells at EUROfusion Summer Code Camp

DIFFER (Dutch Institute for Fundamental Energy Research) building. Source differ.nl

The EUROfusion Work Package Code Development (WPCD) Summer Code Camp, scheduled to be hosted by DIFFER (Dutch Institute for Fundamental Energy Research) in Eindhoven, Netherlands, went finally online due to the COVID-19 crisis during the two weeks from the  8th to 19th June, 2020. The first week of the Code Camp was focused on the Enabling Workflow Exploitation (EWE) programme while during the second week, several working sessions were organized, among others, about the adaptation of workflows in ITER Integrated Modelling & Analysis Suite (IMAS).

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Mark the date! Join us at the European Fusion Teacher Day 2020

Source: FuseNet

The Barcelona Supercomputing Center (BSC), the Universitat Politècnica de Catalunya (UPC), the European agency Fusion for Energy (F4E) and b_TEC Foundation invite all Secondary and High-school teachers to take part in a live webinar, coordinated by the European Fusion Education Network FuseNet, with connections in Catalan and Spanish from Barcelona and English from several spots in Europe on the 2nd of October 2020.

The webinar will aim at giving teachers the tools and knowledge they need in order to introduce fusion in the classrooms. Such state-of-the-art concepts can certainly be hard to introduce into schools, thus we truly think this is a fantastic opportunity to learn how to do it.

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Welcome to MARCONI100, a new tool for fusion research

MARCONI 100 (Photo: CINECA)

MARCONI 100 (M100) is the new accelerated cluster acquired by CINECA, Italy, within PPI4HPC European initiative. MI100 is based on the IBM Power9 architecture with NVIDIA Volta GPUs and has a peak performance of 32 Pflops.

M100 became available in May 2020 to the European public and industrial researchers. In particular, the access to M100 is granted to users with approved projects for this platform (EUROfusion, PRACE, European HPC programs,…). EUROfusion community has 80 dedicated nodes of M100, which means a peak performance of 2.5 Pflops, to run fusion codes and boost the research in this field.

M100 opens the way to the pre-exascale Leonardo Supercomputer expected to be installed in 2021.

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Major milestone reached with the fusion megaproject

Source: ITER.

On May 26, the base of the ITER cryostat was successfully mounted onto its supporting structure in the Tokamak assembly pit. The 1250-tonne component was lifted from it’s mounting frame, carried across the Assembly hall and finally lowered into the pit, culminating a ten-year process to design, manufacture, deliver, assemble and weld one of the most crucial components of the ITER machine.

The International Thermonuclear Experimental Reactor (ITER) is the most ambitious energy project in the world, bringing together 35 different countries in the effort of producing clean energy for the generations to come. It is designed to demonstrate the feasibility of confinement nuclear fusion and develop the science and technology needed for a future nuclear power plant. After years and years of preparation, the international project officially started in 2007 and has since been building one of the most gargantuan research sites ever envisioned. According to the schedule, the first plasmas are expected in 2025.

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Fusion experiments during the times of COVID-19

View from ASDEX Upgrade Control Room during Covid-19. Source: IPP, Volker Rohde

Our BSC Fusion Group works closely with various experimental fusion devices on the design, preparation, execution, analysis and modelling of new plasma experiments. We are particularly interested in validating and testing our modelling codes against experimental data, and in using our codes for the design of new experiments.

As experimental activities in many fields of science, fusion experiments have been strongly affected by the present COVID-19 outbreak.  

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World’s largest superconducting tokamak is now fully assembled and ready for operation

Left: Top view of JT-60SA during the assembly. Right: JT-60SA central solenoid in the assembly hall. Source: QST.

After more than 8 hectic years, the assembly of the JT-60SA fusion device is finally complete. This achievement is a major milestone that brings the world’s currently largest superconducting tokamak ready for operation.

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