An ultrahigh-intensity femtosecond laser can establish a longitudinal electric field stronger
than 1013 Vm− 1 within a plasma, accelerating particles potentially to GeV over a sub …

Advances in laser-based bremsstrahlung x-ray sources. I. Optimizing laser-accelerated
electrons | Physics of Plasmas | AIP Publishing Skip to Main Content Umbrella Alt Text …

Using one-dimensional, long-timescale particle-in-cell simulations, we study the processes
of ion acceleration from the interaction of ultraintense (1020 W cm À2), ultrashort (30 fs) …

The accelerated electron spectrum from high-intensity laser–solid interaction is often
conveniently described using a Boltzmann distribution, whose temperature is known within …

We experimentally demonstrated the generation of a pointing stable, low-divergence, low-
energy electron beam driven by near-critical-density laser wakefield acceleration using a …

In this work, we have performed a suite of kinetic simulations of relativistic laser–plasma
interaction under settings relevant to recent and planned experiments on a variety of laser …

We present experimental studies on the spatial distribution of charged particles using a
linearly polarized femtosecond laser interacting with a micro-structure target composed of …

Enhancing the energy and controlling the divergence of proton beam have been crucial
tasks since the development of laser-based ion accelerators. In this study, we employ 2D …

Particle acceleration from laser-plasma interactions has been a vibrant area of research
since the discovery of electron and proton beams emitted from high intensity laser-plasma …