Control of the Polarization of a Vacuum-Ultraviolet, High-Gain, Free-Electron Laser

E. Allaria; B. Diviacco; Carlo Callegari; P. Finetti; Jens Viefhaus; Marco Zangrando; G. De Ninno; G. Lambert; Eugenio Ferrari; Jens Buck; Markus Ilchen; Boris Vodungbo; Nicola Mahne; Cristian Svetina; Carlo Spezzani; S. Di Mitri; G. Penco; M. Trovò; W.M. Fawley; Primož Rebernik Ribič; David Gauthier; Cesare Grazioli; Marcello Coreno; B. Ressel; A. Kivimäki; Tommaso Mazza; Leif Glaser; Frank Scholz; Jörn Seltmann; Patrick Geßler; Jan Grünert; A. De Fanis; Michael Meyer; André Knie; Stefan Moeller; Lorenzo Raimondi; Flavio Capotondi; Emanuele Pedersoli; Oksana Plekan; M. Danailov; Alexander Demidovich; I. Nikolov; A. Abrami; J. Gautier; J. Lüning; Philippe Zeitoun; L. Giannessi

doi:10.1103/physrevx.4.041040

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Abstract

The FERMI facility in Trieste, Italy, is ideal for generating and measuring light characterized by tunable polarization states in the vacuum ultraviolet spectral range. New results reveal a high degree of polarization (>0.9) over 26--55 nanometers.

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synapsesocial.com/papers/6aace97d5677eca9733fe303 https://doi.org/10.1103/physrevx.4.041040

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Control of the Polarization of a Vacuum-Ultraviolet, High-Gain, Free-Electron Laser

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Control of the Polarization of a Vacuum-Ultraviolet, High-Gain, Free-Electron Laser

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