Perspectives of implementing QED cascade production with the next generation of laser facilities

QED cascade in an intense laser field can start developing if the electron proper acceleration expressed in Compton units χ becomes of the order of unity. We derive a general formula expressing the quantum dynamical parameter χ(t) of an initially slow electron in an arbitrary electromagnetic field,...

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Main Authors: Gelfer, E G, Mironov, A A, Fedotov, A M, Bashmakov, V F, Kostyukov, I Yu, Narozhny, N B
Format: Conference Proceeding
Language:English
Subjects:
Carrier frequencies
Electromagnetic fields
Laser beams
Lasers
Physics
Quantum electrodynamics
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description QED cascade in an intense laser field can start developing if the electron proper acceleration expressed in Compton units χ becomes of the order of unity. We derive a general formula expressing the quantum dynamical parameter χ(t) of an initially slow electron in an arbitrary electromagnetic field, which is valid for a time range t ≪ 1/ω, where ω is the field carrier frequency. Using this formula, we identify a special field configuration of colliding focused laser beams, which provides cascade production at intensity of the order of 1023W/cm2. Such intensity is believed to become attainable with the new generation of laser facilities, particularly the ELI Beamlines, in the coming years.
doi_str_mv 10.1088/1742-6596/594/1/012054
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subjects Carrier frequencies
Electromagnetic fields
Laser beams
Lasers
Physics
Quantum electrodynamics
title Perspectives of implementing QED cascade production with the next generation of laser facilities
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