Job opportunities

PhD

If interested to apply please refer to the Swiss Plasma Center PhD “Application and acceptance process

Post-Doctoral Positions

  • Postdoctoral Researcher in edge turbulence simulations and validation with experiment

    We are seeking a researcher at the postdoctoral level to work on edge turbulence simulations and their validation against well-diagnosed experiments, with particular focus on the physics processes in the region of a magnetic X-point.
    The candidate will use the GBS code, a state-of-the-art three-dimensional turbulence code developed at the SPC. GBS is able to evolve the electromagnetic drift-reduced Braginskii equations and their self-consistent coupling with kinetic neutrals. The candidate will exploit the relatively new capability of GBS to simulate arbitrary diverted geometries, with the goal to develop a better understand of fluctuations and flows and their non-linear coupling in the X-point region. The candidate is expected to collaborate closely with theorists and experimentalists at the SPC and with an international group of modellers, in order to qualitatively and quantitatively validate simulations from GBS and other leading turbulence codes against experimental measurements from basic plasma devices and tokamaks.

    Start date: As soon as possible
    Contact: Prof. C. Theiler (christian.theiler@epfl.ch)

  • Postdoctoral Researcher in Edge Physics in Alternative Divertor Geometries

    We are seeking a researcher at the postdoctoral level to work on tokamak edge physics and power exhaust, with the goal of assessing the potential of recently proposed alternative divertor magnetic geometries for a robust tokamak edge solution. This research will be conducted on the TCV tokamak at the EPFL, which, due to its unique shaping capabilities, is an ideal device to explore this timely topic. The candidate is expected to conduct experiments on TCV and to combine measurements from the extensive set of edge diagnostics (Langmuir probes, bolometers, spectroscopic and imaging diagnostics, etc.) to explore the role of specific geometrical properties, such as flux expansion, increased divertor volume, and additional X-points. He/she will interpret experimental observations based on predictions from simplified analytical models and, possibly, more complex numerical calculations. The candidate will also interact closely with PhD students and will have the opportunity to assist them in the development of diagnostics and/or data analysis and interpretation.

    Start date: As soon as possible
    Contact: Prof. C. Theiler (christian.theiler@epfl.ch)