This paper studies the interaction of laser-driven γ photons and high-energy charged
particles with high-Z targets through Monte Carlo simulations. The interacting particles are …

Relativistic electron-positron plasmas are ubiquitous in extreme astrophysical environments
such as black-hole and neutron-star magnetospheres, where accretion-powered jets and …

We demonstrate the efficient injection of a pulsed positron beam into a magnetic dipole trap
and investigate the ensuing particle dynamics in the inhomogeneous electric and magnetic …

The relaxed state of a magnetized relativistic hot plasma composed of inertial electrons and
positrons having different relativistic temperatures and a fraction of static positive ions is …

Advanced aneutronic fusion fuels such as proton-Boron 11 tend to require much higher
temperatures than conventional fuels like deuterium–tritium. For electrons, the bulk plasma …

Hot magnetic stars often exhibit incoherent circularly polarized radio emission thought to
arise from gyro-synchrotron emission by energetic electrons trapped in the circumstellar …

Prerequisites for the goal of studying long-lived, magnetically confined, electron–positron
pair plasmas in the laboratory include the injection of both species into the trap, long …

Efforts are underway to magnetically confine electron–positron pair plasmas to study their
unique behaviour, which is characterized by significant changes in plasma time and length …

Buffer-gas traps (BGTs) use inelastic interactions with nitrogen molecules to capture
positrons from a continuous beam. These devices are invaluable for high-resolution studies …

In this present communication, the relativistic formulation of the curl forces with saddle
potentials has been performed. In particular, we formulated the relativistic version of the …