High-intensity lasers are critical for the exploration of strong field quantum electrodynamics.
We report here a demonstration of laser intensity exceeding 10^23W/cm^2 with the CoReLS …

High-energy γ-photon generation via nonlinear Compton scattering and electron–positron
pair creation via the Breit–Wheeler process driven by laser–plasma interaction are modeled …

The main direction proposed by the community of experts in the field of laser-driven ion
acceleration is to improve particle beam features (maximum energy, charge, emittance …

The generation of ultrahigh intensity laser pulses was investigated by tightly focusing a
wavefront-corrected multi-petawatt Ti: sapphire laser. For the wavefront correction of the PW …

We report the generation of 63 J of broadband pulse energies at 0.1 Hz from the J-KAREN-P
laser, which is based on an OPCPA/Ti: sapphire hybrid architecture. Pulse compression …

Laser-driven ion sources are a rapidly developing technology producing high energy, high
peak current beams. Their suitability for applications, such as compact medical accelerators …

Compact electron accelerators are paramount to next-generation synchrotron light sources
and free-electron lasers, as well as for advanced accelerators at the TeV energy frontier …

Motivated by the development of next-generation heavy-ion sources, we have investigated
the ionization and acceleration dynamics of an ultraintense laser-driven high-Z silver target …

Double deformable mirrors (DMs) with different actuator densities are cascaded to optimize
the wavefront aberrations to improve the focus intensity of the Shanghai super-intense …

Acceleration of particles from the interaction of ultraintense laser pulses up to 5× 10 21 W
cm− 2 with thin foils is investigated experimentally. The electron beam parameters varied …