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Tag: EA

  • TAXS MOCKUP – HL LHC WP8

    TAXS MOCKUP – HL LHC WP8

    TAXS MOCKUP – HL LHC WP8 5 DECEMBER, 2022 | By Oliver Boettcher Some members of the HL-LHC Project Office visited the Q1-TAXS region mock-up which is installed in the dedicated BE-EA workshop (bldg. 867/R-K75) for HL-LHC machine experiment interface studies and tests. In the framework of HL-LHC WP8 mandate (machine experiment interface) the work

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  • Le vide au service des expériences NA et EA

    Le vide au service des expériences NA et EA

    Le vide au service des expériences NA et EA 22 DECEMBER, 2023 | By Philippe Boisseaux-Bourgeois and Giulia Romagnoli for the BE-EA vacuum team Maintenance et opération: L’année 2023 fut une année importante avec une multitude de configurations de lignes à réaliser durant les arrêts hebdomadaires, mais aussi dans le cadre d’optimisation de l’opérabilité du

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  • Looking deeper into the muons with MUonE

    Looking deeper into the muons with MUonE

    Looking deeper into the muons with MUonE 21 DECEMBER, 2023 | By Dipanwita Banerjee and Sylvain Girod Elementary particles are characterized by a set of fundamental properties like mass, electrical charge, spin etc., There is another property that helps learn about these elementary particles deeply and that is called the magnetic moment. At the most

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  • The NA62 Experiment

    The NA62 Experiment

    The NA62 Experiment 22 DECEMBER, 2023 | By Lau Gatignon The NA62 experiment was proposed in 2005 and approved in December 2008 to search for the ultrarare kaon decay K+ → π+νν with a very tiny Standard Model branching fraction of 8×10-11, which means the decay happens only about once in 10 billion kaon decays.

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  • Why do we study a Muon Collider if we have the FCC?

    Why do we study a Muon Collider if we have the FCC?

    Why do we study a Muon Collider if we have the FCC? 15 DECEMBER, 2023 | By Roberto Losito The 2020 update of the European Strategy for Particle physics clearly identified as highest priority, after the full exploitation of the HL-LHC, the construction of a Higgs factory in order to study in detail the Higgs

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  • Future AMBER Plans at BE-EA

    Future AMBER Plans at BE-EA

    Future AMBER Plans at BE-EA 13 DECEMBER, 2023 | By Dipanwita Banerjee, Philippe Boisseaux-Bourgeois, Sylvain Girod, Yacine Kadi, and Giulia Romagnoli At the far end of the Prevessin site at CERN, served by the longest secondary beamline, M2, (more than 1 km), lies the building 888 (EHN2) which housed the COMPASS experiment for the last

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  • ALICE3 Preview

    ALICE3 Preview

    ALICE3 Preview 12 DECEMBER, 2023 | By Kevin Buffet and Arturo Tauro EA has been contributing to the ALICE experiment by building CAD models of all equipment in their cavern (UX25). We first inherited a CAD model of the LS1 configuration in 2017, then created the current LS2 configuration, and have already prepared the LS3

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  • T08 beamline for IRRAD and CHARM

    T08 beamline for IRRAD and CHARM

    T08 beamline for IRRAD and CHARM 11 DECEMBER, 2023 | By Giulia Romagnoli, Aboubakr Ebn Rahmoun, Federico Devito, Salvatore F. and Jerome Our group, BE-EA, was involved in the past years in the big project of the East Area Renovation where the beamlines, the building 157 and the equipment inside it where completely replaced and

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  • CERN Cabling team

    CERN Cabling team

    CERN Cabling team 10 DECEMBER,2023 | By the CERN Cabling Team In June 2023, the BE-EA Cabling Team, which undeniably supports Experiments in various fields, particularly cables and connectors, was asked to study and install the cables required for the future FORMOSA demonstrator detector. This request, made by the physicists Matthew Citron, Jamie Boyd, and

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  • The Water Cherenkov Test Experiment

    The Water Cherenkov Test Experiment

    The Water Cherenkov Test Experiment 8 DECEMBER, 2023 | By Dipanwita Banerjee, Philippe Boisseaux-Burgeois, Aboubakr Ebn Rahmoun ad Roman Folch Neutrinos are the most abundant, tiny, neutral, and elementary particles in the universe with mass so small that no one has been able to measure it yet. Theorists first predicted the neutrino’s existence in 1930

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