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A: Fachverband Atomphysik

A 14: Poster Session - Atomic Physics II

A 14.2: Poster

Dienstag, 10. März 2020, 16:00–18:00, Empore Lichthof

Impact of electron transport on attosecond streaking in dielectrics — •L. Seiffert¹, E. A. Herzig¹, Q. Liu^2,3, S. Zherebtsov^2,3, A. Trabattoni^4,5, P. Rupp^2,3, M. C. Castrovilli⁶, M. Galli^4,6, F. Süßmann^2,3, K. Wintersperger², J. Stierle², G. Sansone^4,6, L. Poletto⁶, F. Frassetto⁶, I. Halfpap⁷, V. Mondes⁷, C. Graf⁷, E. Rühl⁷, F. Krausz^2,3, M. Nisoli^4,6, T. Fennel^{1, 8}, F. Calegari^5,6,9, and M. Kling^2,3 — ¹Universität Rostock — ²MPQ Garching — ³LMU München — ⁴Politecnico di Milano — ⁵CFEL, DESY — ⁶National Research Council of Italy — ⁷FU Berlin — ⁸MBI Berlin — ⁹Universität Hamburg

Scattering of electrons in dielectrics is at the heart of laser nanomachining, light-driven electronics, and radiation damage. Accurate theoretical predictions of the underlying dynamics require precise knowledge of low-energy electron transport involving elastic and inelastic collisions. Here, we demonstrate real-time access to electron scattering in dielectric nanoparticles via attosecond streaking. Utilizing semiclassical transport simulations [1] we identify that the presence of the field inside the dielectric cancels the influence of elastic scattering, enabling selective characterization of the inelastic scattering time [2,3].
[1] F. Süßmann et al., Nat. Commun. 6, 7944 (2015)

[2] L. Seiffert et al., Nat. Phys. 13, 766-770 (2017)

[3] Q. Liu et al., J. Opt. 20, 024002 (2018)