Soliton-plasma Interactions and Dispersive-wave Emission Beyond Two-photon Resonances in Gas-filled Hollow Capillary Fibres

Abstract

We demonstrate soliton self-compression and VUV dispersive-wave emission in argon- and krypton-filled hollow capillary fibre. We observe plasma-related frequency shifts in the dispersive wave as well as VUV generation, even below two-photon resonances.

Date
Jun 25, 2019 16:30
Location
CLEO/Europe-EQEC 2019, ICM Centre, Room 4b, Munich, Germany
Teodora F. Grigorova
Teodora F. Grigorova
Research Associate
Christian Brahms
Christian Brahms
Research Fellow
Federico Belli
Federico Belli
Research Fellow
John C. Travers
John C. Travers
Professor of Physics