The Fusion Industry Association (FIA), a non-profit advocacy organization representing nearly 30 fusion start-ups, released its second annual report on the state of the global fusion industry this July. The report provides an update on the milestones achieved in the last year by each of 33 companies surveyed as well as an aggregated picture of growth in the industry as a whole using data collected from the companies.
We are looking for Researchers and/or Research Engineers in Computers Science, Engineering, Physics or related fields to join the growing team of the EUROfusionAdvanced Computing Hub at BSC.
The successful candidates will participate in cutting-edge European R&D activities in plasma physics science and fusion technology and become members of this reference performance group in an international working environment.
Super fast electrons, so called “runaway electrons”, can sometimes appear in fusion devices and can cause severe damage to the device wall. To develop technologies to prevent the generation of runaway electrons, advanced computer models accounting for all the relevant physics mechanisms playing a role in a fusion device are required, which constitutes the first part of Mathias Hoppe’s thesis. To ensure that the models are correct they must also be tested on the fusion experiments of today, which can be done using synchrotron radiation and the techniques developed in the second part of Mathias Hoppe’s thesis.