Magnetic turbulence is found in most space plasmas, including the Earth's magnetosphere,
and the interaction region between the magnetosphere and the solar wind. Recent …

We study the plasma turbulence, at scales larger than the ion inertial length scale,
downstream of a quasiparallel bow shock using Cluster multispacecraft measurements. We …

We demonstrate the turbulent properties of the high‐latitude electric and magnetic
fluctuations, observed by the low‐altitude polar‐orbiting Dynamic Explorer 2 (DE2) satellite …

Turbulent fluctuations are omnipresent in the terrestrial magnetosphere as well as in other
planetary plasma systems. While the topic is broad and was largely treated in the past (see …

This paper attempts to explore the statistical scaling features of high‐latitude geomagnetic
field fluctuations at Swarm altitude. Data for this study are low‐resolution (1 Hz) magnetic …

High-latitude ionospheric plasma constitutes a very complex environment, which is
characterized by turbulent dynamics in the presence of different ion species. The turbulent …

In this paper we investigate the statistical properties of magnetic field fluctuations measured
by the four Cluster spacecraft in the cusp and close to the interface with the magnetospheric …

The inter-scale coupling in the dynamics of the magnetic field in the Earth's magnetospheric
cusp is studied with the technique of transfer entropy. This is a non-linear data analysis …

We built an integrated nonlinear analysis software (INA)‐designed to study space plasma
turbulence and intermittency. The MATLAB programming environment was used for the …

We have designed and built a versatile modularized software library—ODYN—that wraps a
comprehensive set of advanced data analysis methods meant to facilitate the study of …