During the last fifty years, nonneutral plasma physics has developed into a definite subfield
of basic research, whose main focus has been on the collective properties of systems …

This work examines the dynamics of elliptical vortices in two-dimensional ideal fluid using
an adaptively refined and remeshed vortex method. Four examples are considered …

Thanks to the isomorphism between the drift-Poisson and Euler equations, inviscid two-
dimensional fluid experiments can be performed in magnetized, single-component plasmas …

Antiprotons created by laser ionization of antihydrogen are observed to rapidly escape the
ALPHA trap. Further, positron plasmas heat more quickly after the trap is illuminated by laser …

Initially, elliptical, quasi-two-dimensional (2D) fluid vortices can split into multiple pieces if
the aspect ratio is sufficiently large due to the growth and saturation of perturbations known …

For the first time, details of the spatial and temporal acceptable evolution of the merging
process of co-rotating electron vortices in a potential well are successfully captured using a …

Inviscid spatial Landau damping is studied experimentally for the case of oscillatory motion
of a two-dimensional vortex about its elliptical equilibrium in the presence of an applied …

An Eulerian, numerical simulation is used to model the launching of plasma waves in a non-
neutral plasma that is confined in a Penning–Malmberg trap. The waves are launched by …