1–5 Sept 2025
Europe/Prague timezone

Effects of radially polarized laser beam on laser-electron collision

Not scheduled
20m
Lecture

Description

The structure of the electromagnetic field plays a crucial role in laser-electron collision for observing the QED effects. We show that electron collision with a radially polarized laser beam in the λ^3 configuration based on 10 PW-class lasers presents a viable platform for reaching the range of parameters where a perturbative QED in a strong external electromagnetic field breaks and is also suitable for the generation of a QED cascade.

Primary author

Martin Jirka (ELI ERIC - ELI Beamlines Facility)

Co-authors

Jan Vábek (ELI ERIC - ELI Beamlines Facility) Pavel Sasorov (ELI ERIC - ELI Beamlines Facility) Sergei Bulanov

Presentation materials

There are no materials yet.