Discovery of the Earth's Van Allen radiation belts by instruments flown on Explorer 1 in 1958
was the first major discovery of the Space Age. The observation of distinct inner and outer …

In this paper we review recent spacecraft observations of oblique whistler-mode waves in
the Earth's inner magnetosphere as well as the various consequences of the presence of …

Recent analysis of satellite data obtained during the 9 October 2012 geomagnetic storm
identified the development of peaks in electron phase space density, which are compelling …

Local acceleration driven by whistler‐mode chorus waves is fundamentally important for
accelerating seed electron populations to highly relativistic energies in the outer radiation …

Gyroresonant wave particle interactions with whistler mode chorus play a fundamental role
in the dynamics of the Earth's radiation belts and inner magnetosphere, affecting both the …

The Earth's diffuse auroral precipitation provides the major source of energy input into the
nightside upper atmosphere and acts as an essential linkage of the magnetosphere …

Plasmaspheric hiss is known to play an important role in controlling the overall structure and
dynamics of radiation belt electrons inside the plasmasphere. Using newly available Van …

The flux of relativistic electrons in the Earth's radiation belts is highly variable and can
change by orders of magnitude on timescales of a few hours. Understanding the drivers for …

ELF/VLF waves play a crucial role in the dynamics of the radiation belts and are partly
responsible for the main losses and the acceleration of energetic electrons. Modeling wave …

Chorus waves are among the most important natural electromagnetic emissions in the
magnetosphere as regards to their potential effects on electron dynamics. They can …