Characterizing ultrashort pulses with photon energies above 1.12 eV based on transient absorption in silicon thin films
Frequency-resolved optical switching (FROSt) is a phase-matching-free characterization
technique for ultrashort pulses based on transient absorption in semiconductors. So far, this …
technique for ultrashort pulses based on transient absorption in semiconductors. So far, this …
Time-resolved ARPES with probe energy of 6.0 eV and tunable MIR pump at 250 kHz
In this paper, we present a laser source designed specifically for time-and angle-resolved
photoemission spectroscopy (TR-ARPES) investigations of light-induced electron dynamics …
photoemission spectroscopy (TR-ARPES) investigations of light-induced electron dynamics …
Génération, caractérisation et application des impulsions laser ultra-brèves: la spectroscopie d'harmoniques d'ordres élevés pour l'étude des dynamiques ultrarapides …
E Haddad - 2024 - espace.inrs.ca
Depuis l'invention du laser en 1960, son évolution vers des impulsions ultra-brèves a
révolutionné de nombreux domaines scientifiques, ouvrant entre autres la voie à l'étude des …
révolutionné de nombreux domaines scientifiques, ouvrant entre autres la voie à l'étude des …
Temporal Characterization of Yb-Laser-Based High-Repetition Rate Ultrashort Pulse Sources Using Frequency-Resolved Optical Switching
We demonstrate the strengths and convenience of the Frequency-resolved optical switching
(FROSt) method as a single tool to characterize a wide range of ultrashort pulses based on a …
(FROSt) method as a single tool to characterize a wide range of ultrashort pulses based on a …