A method is demonstrated to rapidly calculate the shapes and properties of quasi-
axisymmetric and quasi-helically symmetric stellarators. In this approach, optimization is …

We introduce a novel approach for the simultaneous optimization of plasma physics and coil
engineering objectives using fixed-boundary equilibria that is computationally efficient and …

The current state of the EUTERPE code is described with emphasis on the implemented
models and their numerical implementation. The code solves the multi-species …

In the present Letter, first-of-its-kind computer simulations predicting plasma profiles for
modern optimized stellarators—while self-consistently retaining neoclassical transport …

GX is a code for solving the nonlinear gyrokinetic system for low-frequency turbulence in
magnetized plasmas, particularly tokamaks and stellarators. In GX, our primary motivation …

We study the effect of turbulent transport in different magnetic configurations of the
Weldenstein 7-X stellarator. In particular, we performed direct numerical simulations with the …

Turbulent transport is known to limit the plasma confinement of present-day optimized
stellarators. To address this issue, a novel method to strongly suppress turbulence in such …

The GENE-3D code, the global stellarator version of the established GENE framework, has
been extended to an electromagnetic gyrokinetic code. This paper outlines the basic …

The ongoing development of electromagnets based on high temperature superconductors
has led to the conceptual exploration of high-magnetic-field fusion reactors of the tokamak …

The fundamental nature of turbulent density fluctuations in standard Wendelstein 7-X (W7-X)
stellarator discharges is investigated experimentally via phase contrast imaging (PCI) in …