A systems science examination of the Earth's fully interconnected dynamic magnetosphere
is presented. Here the magnetospheric system (aka the magnetosphere–ionosphere …

An information-theoretic approach for detecting causality and information transfer is used to
identify interactions of solar activity and interplanetary medium conditions with the Earth's …

In this work, a multifractal framework is proposed to investigate the effects of current sheets
in solar wind turbulence. By using multifractal detrended fluctuation analysis coupled with …

Since the advent of the Space Age, the importance of understanding and forecasting
relativistic electron fluxes in the Earth's radiation belts has been steadily growing due to the …

Canonical correlation analysis (CCA) will evaluate the degree of correlation between two
multivariate data sets and will uncover patterns of correlation between the two data sets …

We explore the impact on the outer radiation belt of significant time‐integrated ap events of
continuously elevated geomagnetic activity, making use of Van Allen Probes measurements …

Time‐integral correlations are examined between the geosynchronous relativistic electron
flux index F e1. 2 and 31 variables of the solar wind and magnetosphere. An “evolutionary …

The ULF magnetospheric indices Sgr, Sgeo, Tgr, and Tgeo are examined and correlated
with solar wind variables, geomagnetic indices, and the multispacecraft‐averaged relativistic …

Based on discussions held at a workshop in Bra-Pollenzo, Italy, this paper elaborates upon
19 outstanding questions of plasma physics in the Earth's magnetosphere. The questions …

It is well known that the magnetospheric response to the solar wind is nonlinear. Information
theoretical tools such as mutual information, transfer entropy, and cumulant-based analysis …