The linear prediction filters computed by Bargatze et al.[1985] have resulted in a turning
point in the study of solar wind‐magnetosphere coupling. The evolution of the filters with …

This is a tutorial review on systems theory and its applications to space plasma physics and,
more broadly, on geophysics. With its basis on the state representation of a plasma the …

The present paper investigates the influence of noise on the correlation dimension Dc of
chaotic attractors arising in discrete and continuous in time dynamical systems. Our …

This review examines complexity science in the context of Heliophysics, describing it not as
a discipline, but as a paradigm. In the context of Heliophysics, complexity science is the …

In this paper we report the evidence of a low‐dimensional chaos in a set of data observed
outside laboratories. The dynamic behavior of the time series of the fluctuations of the total …

This article presents novel results revealing non-equilibrium phase transition processes in
the solar wind plasma during a strong shock event, which took place on 26th September …

In this paper strong evidence is provided for significant far from equilibrium phase transition
processes in the Earth's magnetosphere as revealed by the nonlinear analysis of in situ …

In this study we use Tsallis non-extensive statistics for a new understanding the
magnetospheric dynamics and the magnetospheric self-organization during quiet and …

In this study we determine whether auroral westward currents can be characterized by low‐
dimensional chaotic attractors through the use of the complexity‐entropy methodology …

In this study, the non-linear analysis of the sunspot index is embedded in the non-extensive
statistical theory of Tsallis (1988, 2004, 2009)[7, 9, 10]. The q-triplet of Tsallis, as well as the …