Conveners
FEL oscilators & IR-FEL: Session-5
- Aliaksei Halavanau (SLAC National Accelerator Laboratory)
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Patrick Rauer (Deutsches Elektronen-Synchrotron DESY)20/08/2024, 14:30FEL oscillators & IR-FELInvited Oral Presentation
We present the first commissioning results of the XFEL laser oscillator (XFELO) demonstrator project, a joint European XFEL and DESY effort. XFELOs promise unprecedented coherence, stability and Brilliance in the hard X-ray regime. Their successful realization would mean a leap forward for the
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field of FELs, opening new experimental opportunities [1] and facilitating the notoriously demanding... -
Dr Aliaksei Halavanau (SLAC National Accelerator Laboratory)20/08/2024, 15:05FEL oscillators & IR-FELInvited Oral Presentation
Cavity-based free-electron lasers (CBXFELs) offer the potential to significantly enhance the stability and coherence of FELs. The CBXFEL project is a collaborative effort between SLAC, Argonne, and RIKEN, focused on constructing a 65-meter rectangular X-ray cavity at the LCLS. The primary goal is to demonstrate low-loss cavity ring-down and, ultimately, achieve two-pass FEL gain. This talk...
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Jingyi Tang (Stanford University)20/08/2024, 15:30FEL oscillators & IR-FELInvited Oral Presentation
Despite tremendous progress in x-ray free-electron laser science over the last decade, future applications still demand fully coherent, stable X rays that have not been demonstrated in existing X-ray FEL facilities. Cavity-based x-ray free electron lasers (CBXFELs) such as the x-ray regenerative amplifier FEL (XRAFEL) and the XFEL oscillator (XFELO) are poised to revolutionize the landscape....
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Wieland Schöllkopf (Fritz Haber Institute of the Max Planck Society)20/08/2024, 15:55FEL oscillators & IR-FELInvited Oral Presentation
Since 2013 the infrared FEL at the Fritz Haber Institute (FHI FEL) has been providing intense, pulsed mid-infrared (MIR) radiation continuously tunable from <3 μm to >50 μm for in-house users. In 2023 an additional short-Rayleigh-range far-infrared (FIR) FEL was commissioned lasing from <5 μm to >170 μm. In addition, a 500 MHz kicker cavity has been installed downstream of the electron...
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