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arxiv 1903.09317 v2 pith:2MW4CVMR submitted 2019-03-18 physics.ins-det physics.atom-phphysics.optics

Scientific Opportunities with an X-ray Free-Electron Laser Oscillator

Bernhard Adams , Gabriel Aeppli , Thomas Allison , Alfred Q. R. Baron , Phillip Bucksbaum , Aleksandr I. Chumakov , Christopher Corder , Stephen P. Cramer
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Serena DeBeer Yuntao Ding J\"org Evers Josef Frisch Matthias Fuchs Gerhard Gr\"ubel Jerome B. Hastings Christoph M. Heyl Leo Holberg Zhirong Huang Tetsuya Ishikawa Andreas Kaldun Kwang-Je Kim Tomasz Kolodziej Jacek Krzywinski Zheng Li Wen-Te Liao Ryan Lindberg Anders Madsen Timothy Maxwell Giulio Monaco Keith Nelson Adriana Palffy Gil Porat Weilun Qin Tor Raubenheimer David A. Reis Ralf R\"ohlsberger Robin Santra Robert Schoenlein Volker Sch\"unemann Oleg Shpyrko Yuri Shvyd'ko Sharon Shwartz Andrej Singer Sunil K. Sinha Mark Sutton Kenji Tamasaku Hans-Christian Wille Makina Yabashi Jun Ye Diling Zhu
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classification physics.ins-det physics.atom-phphysics.optics
keywords x-rayfree-electronxfelolaseropportunitiesoscillatorproducepulses
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An X-ray free-electron laser oscillator (XFELO) is a new type of hard X-ray source that would produce fully coherent pulses with meV bandwidth and stable intensity. The XFELO complements existing sources based on self-amplified spontaneous emission (SASE) from high-gain X-ray free-electron lasers (XFEL) that produce ultra-short pulses with broad-band chaotic spectra. This report is based on discussions of scientific opportunities enabled by an XFELO during a workshop held at SLAC on June 29 - July 1, 2016

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  1. Interferometric characterization of the relative phase between two X-ray free-electron laser pulses using long-lived M\"ossbauer resonances

    quant-ph 2026-07 unverdicted novelty 7.0

    A Ramsey-type interferometric method using Mössbauer resonances is proposed to characterize the relative phase between high-repetition-rate XFEL pulses.