Photoelectron Spectroscopy using high repetition rate attosecond pulses
In attosecond physics, pump-probe experiments have been a promising tool to study the fundamental light-matter interaction process of photoionization. In this context, photoelectron spectroscopy is used to spatially and temporally characterize the ejected photoelecron. Low repetition rates can be limited in resolution by space-charge effects \cite{spacecharge} and measurement statistics which can