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 …

The continuously expanding toolbox of nonlinear time series analysis techniques has
recently highlighted the importance of dynamical complexity to understand the behavior of …

In this work, values of the fractal dimension and the connectivity index characterizing the
structure of Hall conductivities on the night side of the auroral ionosphere are derived in …

Auroral kilometric radiation is used as a tool for the remote diagnostics of processes in the
Earth's magnetosphere. Using satellite data and the spectrum of fluctuations of auroral …

A weakly dispersive range (WDR) of kinetic Alfvén turbulence is identified and investigated
for the first time in the context of the MHD/kinetic turbulence transition. We find perpendicular …

В представленной работе авроральное километровое радиоизлучение (АКР)
используется как средство дистанционной диагностики процессов в магнитосфере …

The Rank-Ordered Multifractal Analysis (ROMA) is a tool designed to characterize scale (in)
variance and multifractality based on rank ordering the fluctuations in “groups” characterized …

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

In the second half of the 90s interest grew on the complex features of the magnetospheric
dynamics in response to solar wind changes. An important series of papers were published …

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 …