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• W3022271874 abstract "We derive an approximation to QED effects in strong background fields which can be employed to improve numerical simulations of laser-particle collisions. Treating the laser as a plane wave of arbitrary intensity, we split the wave into fast (carrier) and slow (envelope) modes. We solve the interaction dynamics exactly for the former while performing a local expansion in the latter. This yields a `locally monochromatic' approximation (LMA), which we compare with exact spectra for nonlinear Compton scattering and nonlinear Breit-Wheeler pair production, for realistic laser pulse durations. We show that, as an improvement over the commonly used `locally-constant field' approximation, the LMA exactly reproduces the correct low energy behaviour of particle spectra, as well as the position and amplitude of harmonic features." @default.
• W3022271874 created "2020-05-13" @default.
• W3022271874 creator A5015051661 @default.
• W3022271874 creator A5022340172 @default.
• W3022271874 creator A5083590428 @default.
• W3022271874 date "2020-12-11" @default.
• W3022271874 modified "2023-10-13" @default.
• W3022271874 title "Locally monochromatic approximation to QED in intense laser fields" @default.
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• W3022271874 cites W1821895845 @default.
• W3022271874 cites W1972284443 @default.
• W3022271874 cites W1979334458 @default.
• W3022271874 cites W1983346791 @default.
• W3022271874 cites W1988313448 @default.
• W3022271874 cites W1988397157 @default.
• W3022271874 cites W1992961560 @default.
• W3022271874 cites W1994749554 @default.
• W3022271874 cites W1995256992 @default.
• W3022271874 cites W1998823740 @default.
• W3022271874 cites W2000380660 @default.
• W3022271874 cites W2005326074 @default.
• W3022271874 cites W2009448409 @default.
• W3022271874 cites W2012266952 @default.
• W3022271874 cites W2013508252 @default.
• W3022271874 cites W2017965791 @default.
• W3022271874 cites W2019838788 @default.
• W3022271874 cites W2026387694 @default.
• W3022271874 cites W2034554727 @default.
• W3022271874 cites W2036131118 @default.
• W3022271874 cites W2036270910 @default.
• W3022271874 cites W2042441745 @default.
• W3022271874 cites W2045569923 @default.
• W3022271874 cites W2047391125 @default.
• W3022271874 cites W2051464631 @default.
• W3022271874 cites W2057555850 @default.
• W3022271874 cites W2058390243 @default.
• W3022271874 cites W2065127716 @default.
• W3022271874 cites W2065145394 @default.
• W3022271874 cites W2081189213 @default.
• W3022271874 cites W2081506963 @default.
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• W3022271874 cites W2087608726 @default.
• W3022271874 cites W2091948097 @default.
• W3022271874 cites W2100748142 @default.
• W3022271874 cites W2125530022 @default.
• W3022271874 cites W2129965518 @default.
• W3022271874 cites W2134715599 @default.
• W3022271874 cites W2150546824 @default.
• W3022271874 cites W2164207380 @default.
• W3022271874 cites W2216065908 @default.
• W3022271874 cites W2227308702 @default.
• W3022271874 cites W2254929775 @default.
• W3022271874 cites W2260918037 @default.
• W3022271874 cites W2300229573 @default.
• W3022271874 cites W2336782497 @default.
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• W3022271874 cites W2788350225 @default.
• W3022271874 cites W2795259680 @default.
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• W3022271874 cites W2954754764 @default.
• W3022271874 cites W2966437638 @default.
• W3022271874 cites W2969335923 @default.
• W3022271874 cites W2969385702 @default.
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• W3022271874 doi "https://doi.org/10.1103/physreva.102.063110" @default.
• W3022271874 hasPublicationYear "2020" @default.
• W3022271874 type Work @default.
• W3022271874 sameAs 3022271874 @default.
• W3022271874 citedByCount "41" @default.
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• W3022271874 crossrefType "journal-article" @default.
• W3022271874 hasAuthorship W3022271874A5015051661 @default.

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