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 …

A review of the impact of the cold-ion and cold-electron populations in the Earth's
magnetosphere is presented. The cold populations are defined by total energy less than …

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

We adopt a physics‐based technique to infer chorus wave amplitudes from the low‐altitude
electron population (30–100 keV) measured by multiple Polar Orbiting Environmental …

We performed a comprehensive statistical study of electromagnetic ion cyclotron (EMIC)
waves observed by the Van Allen Probes and Exploration of energization and Radiation in …

The chorus wave properties are evaluated using Van Allen Probes data in the Earth's
equatorial magnetosphere. Two distinct modes of lower band chorus are identified: a quasi …

Whistler mode chorus waves in the outer Van Allen belt can have consequences for
acceleration of relativistic electrons through wave‐particle interactions. New multicomponent …

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 …

Whistler‐mode waves are electromagnetic waves pervasively observed in the Earth's and
other planetary magnetospheres. They are considered to be mainly responsible for …

Magnetospheric banded chorus is enhanced whistler waves with frequencies ωr< Ωe, where
Ωe is the electron cyclotron frequency, and a characteristic spectral gap at ωr≃ Ωe/2. This …