Nonlinear wave–wave coupling constitutes an important route for the turbulence spectrum
evolution in both space and laboratory plasmas. For example, in a reactor relevant fusion …

Chorus emission in planetary magnetospheres is taken as working paradigm to motivate a
short tutorial trip through theoretical plasma physics methods and their applications. Starting …

In this paper we report on the implementation and verification of a phase-space resolved
energetic particle (EP) transport model. It is based on a first-principle theoretical framework …

Shear Alfvén wave (SAW)/drift Alfvén wave (DAW) fluctuations can be destabilized by
energetic particles (EPs) as well as thermal plasma components, which play a key role in the …

Abstract Phase Space Zonal Structures (PSZSs), obtained by averaging out dependencies
on angle-like variables in the energetic particle (EP) distribution function, play a fundamental …

A model of E× B staircases is proposed based on a wave kinetic equation coupled to a
poloidal momentum equation. A staircase pattern is idealized as a periodic radial structure …

Experimental diagnostics, analysis tools and simulations represent particle distributions in
various forms and coordinates. Algorithms to manage these data are needed on platforms …

The linear properties of the low-frequency shear Alfvén waves such as those associated with
the beta-induced Alfvén eigenmodes (BAEs) and the low-frequency modes observed in …

Nonlinear simulations of Alfvén modes (AMs) driven by energetic particles (EPs) in the
presence of turbulence are performed with the gyrokinetic particle-in-cell code ORB5. The …

In this work, gyrokinetic theory of drift waves (DWs) self-regulation via the beat-driven zonal
flow (ZF) is presented, and finite diamagnetic drift frequency due to plasma nonuniformity is …