SPC-EPFL
Author in the following contributions
- A multi-machine gyrokinetic study on the impact of plasma shaping on transport and prospects for a negative triangularity reactor
- Multiscale Turbulent Interactions between Tearing Modes and Microturbulence in Magnetically Confined Plasmas
- Data-driven simulation of kinetic quantities on TCV
- Density limit models evaluated against an AUG database, dedicated TCV experiments and core-edge integrated modelling
- Simulated stabilisation of tearing modes by electron Bernstein wave current drive in MAST-U
- Statistical analysis of disruption event chains in TCV and implications for SPARC
- Progress in the quest for a non-inductive, steady-state, high-performance regime on the TCV tokamak
- A multidiagnostic and model-informed approach to suprathermal electron radial transport in a Fokker-Planck framework
- Control-oriented investigation of NTM onset in ITER baseline scenario experiments at TCV with integrated modelling
- Stable doublet plasmas in the TCV tokamak
- Effect of shape squareness on pedestal structure and confinement in TCV
- Negative triangularity plasma shapes: how bad ideal MHD properties can lead to excellent perspectives for a fusion power plant
- ELM suppression and confinement properties in negative triangularity plasmas in ASDEX Upgrade
- Global gyro-kinetic Ion Temperature Gradient and Trapped Electron Mode turbulence modelling in X-point geometry in negative and positive triangularity.