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Stefan Duesterer (DESY)06/11/2024, 10:00Oral presentation (preferred)
The intense ultra-short XUV pulses of the free-electron laser FLASH@DESY fluctuate from pulse to pulse due to the underlying SASE-FEL operating principle and thus demand single-shot diagnostics. To cope with this, a beamline (FL21) for temporal diagnostics was designed, built and put into operation at FLASH2 in 2019.
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The beamline has been equipped with a permanently installed terahertz... -
Daniel Haynes06/11/2024, 10:30Oral presentation (preferred)
Since the generation of the first sub-femtosecond extreme-ultraviolet (XUV) pulses in 2001 [1], the frontiers of ultrafast science have been rapidly expanded by attosecond time-resolved techniques. Notably, attosecond streaking spectroscopy has been used to reconstruct the electric field of light pulses, clock core-hole decay lifetimes, and even measure photoemission delays as short as tens of...
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Joakim Laksman (European XFEL)06/11/2024, 11:00Oral presentation (preferred)
Angle resolved photo-electron spectrometers with micro-channel plate detectors and combined with fast digitizer electronics are versatile and powerful devices for providing both soft and hard X-ray non-invasive single shot photon diagnostics at MHz repetition rate X-ray free-electron lasers.
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Hard X-ray beamlines imposes specific design challenges due to poor photo-ionization cross-section and...
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