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SPARC_LAB facility for advanced acceleration and radiation experiments

R. Pompili1,*, M. P. Anania1, I. Balossino1, M. Bellaveglia1, A. Biagioni1, F. Cardelli1, M. Carillo1, E. Chiadroni2, A. Cianchi3,4,5 et al.

G. Costa1, L. Crincoli1, A. Del Dotto1, M. Del Franco1, M. Del Giorno1, R. Demitra1, F. Demurtas1, V. Dompè1, A. Frazzitta2, M. Galletti1, A. Gallo1, L. Giannessi1, C. Di Giulio1, A. Giribono1, G. Latini1, A. Liedl1, A. Michelotti1, M. Opromolla1, G. Parise1, E. Di Pasquale1, A. Petralia6, L. Piersanti1, S. Pioli1, G. Di Pirro1, S. Romeo1, A. R. Rossi7, L. Sabbatini1, B. Serenellini1, V. Shpakov8, G. J. Silvi1, L. Spallino1, A. Stella1, F. Stocchi1, C. Vaccarezza1, A. Vannozzi1, L. Verra1, F. Villa1, and M. Ferrario1

  • *Contact author: riccardo.pompili@lnf.infn.it
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Phys. Rev. Accel. Beams 29, 051602 – Published 19 May, 2026

DOI: https://doi.org/10.1103/rnz7-3qyj

Abstract

The SPARC_LAB facility, operating at the LNF-INFN laboratories in Frascati, has been devoted over the past years to R&D related to accelerators, advanced diagnostics, and generation of radiation ranging from THz to extreme UV light. The facility has recently been significantly upgraded and moved toward user-oriented applications, especially after the approval of two additional projects with the goal to develop radiation sources up to the soft x-ray range and in view of the EuPRAXIA project, whose preparatory phase is ongoing with the support of the European Commission. This paper summarizes the electron beam and radiation parameters and describes the layout and main features of the upgraded facility in view of future user-oriented experimental activities and applications.

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Phys. Rev. Accel. Beams 29, 051602– Published 19 May, 2026
  • Received 12 January 2026
  • Accepted 8 April 2026
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