Review paper about the MagneDyn beamline
A recent publication in Review Scientific Instruments presents a thorough analysis of the MagneDyn beamline's key features and performance capabilities. This state-of-the-art facility has been specifically engineered for conducting ultrafast magnetodynamic studies in solid materials, offering researchers the opportunity to advance their understanding of this rapidly evolving field.
The MagneDyn beamline is a cutting-edge research facility designed to investigate ultrafast magnetic phenomena in solid materials. It provides researchers with access to versatile femtosecond pulses generated by the FERMI free-electron laser (FEL), offering both circular and linear polarization. With its tunable photon energy in the 50-300 eV range, MagneDyn enables advanced time-resolved magnetic dichroic experiments at various elemental edges. The facility features two experimental end-stations catering to diverse research requirements. The first end-station is equipped with an in-situ electromagnet, cryostat, and extreme ultraviolet (EUV) Wollaston-like polarimeter. The second end-station, designed for externally supplied instruments, also houses a spectrometer for pump-probe resonant X-ray emission and inelastic spectroscopy experiments, achieving a sub-eV energy resolution.
