The past decade transformed our observational understanding of energetic particle
processes in near‐Earth space. An unprecedented suite of observational systems was in …

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 …

Using the statistical wave power spectral profiles obtained from CRRES wave data within
the 0000–0600 MLT sector under different levels of geomagnetic activity and a modeled …

We investigate the outer radiation belt electron energy spectra of the highest fluxes
observed during storms based on Van Allen Probes measurements, which demonstrate a …

Short and intense lower‐band chorus wave packets are ubiquitous in the Earth's outer
radiation belt. In this article, we perform various Vlasov hybrid simulations, with one or two …

How to properly describe resonant interactions between electrons and quasi‐coherent
chorus waves is still an open question. Previous studies have progressed from modeling …

Theoretical and numerical models of chorus waves are reviewed in this paper. Specifically,
we focus on the nonlinear wave particle interactions and the current understanding of the …

Electron resonant scattering by whistler‐mode waves is one of the most important
mechanisms responsible for electron precipitation to the Earth's atmosphere. The temporal …

Night‐side chorus waves are often observed during plasma sheet injections, typically
confined around the equator and thus potentially responsible for precipitation of≲ 100 keV …

We investigate the origin of the fine structure of the energy spectrum of precipitating
electrons for the pulsating aurora (PsA) observed by the low‐altitude Reimei satellite. The …