Abstract The Kelvin‐Helmholtz instability (KHI) at Earth's magnetopause and associated
turbulence are suggested to play a role in the transport of mass and momentum from the …

We report the observations of a plasma jet evolving through a macro-to micro-scale
progression sequence. This leads to a fast magnetic reconnection that results in the jet …

Electromagnetic fluctuations between 300 and 500 kHz were observed in both ion saturation
current and magnetic field measurements in the KAERI plasma beam irradiation facility …

A comprehensive overview of two decades of Caltech experiments relevant to solar corona
physics is presented. The extent to which the experiments scale to the solar corona, the …

Whether or not coherent magnetospheric whistler waves play important roles in the pitch‐
angle scattering of energetic particles is a crucial question in magnetospheric physics. The …

The waves in a magnetic null could play important roles during 3D magnetic reconnection.
Some preliminary clues in this paper show that the ion Bernstein wave (IBW) may be closely …

Fast magnetic reconnection involving non-MHD microscale physics is believed to underlie
both solar eruptions and laboratory plasma current disruptions. While there is extensive …

Laboratory experiments at Caltech use pulsed power methods to produce plasmas that
replicate both solar corona loops and astrophysical jets. The solar loop and jet experiments …

The Caltech plasma jet experiment launches a laboratory plasma jet that is analogous to an
astrophysical jet. Even though the temperature of the plasma jet is around 2 eV, 6 keV X …

A certain class of plasma waves called whistler waves is abundant in the Earth's 28
magnetosphere. The interaction between whistler waves and energetic particles trapped 29 …