Scientists have explored how energetic particles such as solar energetic particles and
cosmic rays move through a magnetized plasma such as the interplanetary and interstellar …

Energetic particles represent an important component of the plasma in the heliosphere.
They range from particles accelerated at impulsive events in the solar corona and at large …

In situ measurements of the solar wind have been available for almost 60 years, and in that
time plasma physics simulation capabilities have commenced and ground‐based solar …

Advanced spectral and statistical data analysis techniques have greatly contributed to
sha** our understanding of microphysical processes in plasmas. We review some of the …

Motion of particles in many systems exhibits a mixture between periods of random diffusive-
like events and ballistic-like motion. In many cases, such systems exhibit strong anomalous …

The transport of energetic particles in the presence of magnetic turbulence is an important
but unsolved problem of space physics and astrophysics. Here, we aim at advancing the …

In this paper, we present a general scenario for nondiffusive transport and we investigate the
influence of anomalous, superdiffusive transport on Fermi acceleration processes at shocks …

Understanding transport of thermal and suprathermal particles is a fundamental issue in
laboratory, solar-terrestrial, and astrophysical plasmas. For laboratory fusion experiments …

Context. In-situ spacecraft observations recently suggested that the transport of energetic
particles accelerated at heliospheric shocks can be anomalous, ie the mean square …

In the last few years it has been demonstrated, both by data analysis and by numerical
simulations, that the transport of energetic particles in the presence of magnetic turbulence …