INFN-LNF Laboratori Nazionali di Frascati
QUAX @LNF “cools down” the engines
26 July 2022
The first commissioning test of QUAX has been successfully performed at LNF. The first data taking, 120 minutes long, of...
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Experiments in BTF orbit
13 July 2022
The activity of the Beam Test Facility (BTF) of the Frascati National Laboratory included two operating slots (test beams) to...
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Completed the installation of the RICH detector at the Jefferson Laboratory
25 June 2022
On June 2, the second module of the RICH detector (Ring Imaging Cherenkov) was installed in the CLAS12 spectrometer at...
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Published on Nature the new results of SPARC_LAB
31 May 2022
The SPARC_LAB research team at the Frascati National Laboratory has recently demonstrated that the plasma-based acceleration technique allows to obtain...
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TEX, an X-band test facility at LNF
6 May 2022
TEX (TEst stand for X-band) is the new infrastructure at LNF, co-funded by the LATINO project, devoted to the radiofrequency...
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OPEN THE LNF CALL FOR SUMMER STUDENTS 2022
29 March 2022
LNF program Summer Students 2022 is an opportunity dedicated to undergraduate or graduate students to carry out research activity in an experimental...
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The Resmini award to Gemma Costa
28 March 2022
Gemma Costa's PhD thesis, “Design study of plasma targets for laser-driven wakefield acceleration experiments”, has been selected as one of the...
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The first discharge in the EuPRAXIA@SPARC_LAB plasma acceleration module is turned on
25 March 2022
The testing of the first prototype of the plasma accelerating module of the EuPRAXIA @ SPARC_LAB project has been successfully...
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FEATURED
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SPARC_LAB
SPARC_LAB è il laboratorio nato dall’integrazione di un fotoiniettore di ultima generazione e di un laser dove si realizzano sorgenti di radiazione innovative e si sperimentano nuove tecniche di accelerazione di particelle mediante laser.
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Prima luce laser con un acceleratore al plasma
Il team di ricerca del gruppo SPARC_LAB dei LNF ha dimostrato che la tecnica di accelerazione al plasma permette di ottenere un fascio di particelle di alta qualità confrontabile con quelli prodotti dagli acceleratori tradizionali.
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