Dear Colleagues, dear Members of the EP Department and CERN Users,
It is a pleasure to introduce the summer issue of the EP newsletter as CERN is preparing to enter full physics mode!
Spectroscopic measurements of hybrid matter–antimatter helium atoms may open doors to several lines of research.
Read MOREIn light of the recent CDF result, we look at the history of W boson's mass measurements and discuss different scenarios of what they future may hold for the LHC experiments.
Read MOREThe Einstein Telescope was recently granted the status of a CERN recognized experiment paving the way for strengthening collaboration in key technological areas and pursuing joint R&D activities.
Read MORERigorous software engineering makes Geant4 open to change in a rapidly evolving software environment, while ensuring that it can be easily and fully maintained to meet the challenges of future experiments.
Read MOREThe FELIX project, a key component of the new ATLAS readout architecture, is rapidly evolving to meet the needs of other experiments beyond the LHC.
Read MOREA recent workshop, brought together the LLP community to discusss ongoing searches and planned experiments.
Read MORECommission of the new ALICE Inner Tracking System is continuing in view of the LHC restart later this summer.
Read MOREFollowing a set of recent updates, the 2022 n_TOF run, delivers results that are important for nuclear astrophysics and novel nuclear-technology solutions.
Read MOREFollowing its approval in 2021, the experiment is ready to search for signs of elusive particles that may be produced during LHC collisions.
Read MOREThe new pre-shower detector for FASER will further extend its discovery potential during the next runs of the LHC.
Read MOREUpgrade, and commissioning activities of the ATLAS and CMS magnets continue as the experiments prepare for the next run of the LHC.
Read MOREThe final pieces of LHCb’s new scintillating-fibre particle-tracking detector, or SciFi are currently installed in the experiment’s underground cavern.
Read MOREDiscussing the capabilities of the proposed future colliders to probe the nature of the electro-weak phase transition.
Read MOREA brief account about the key activities of the Machine-learning Optimized Design of Experiments (MODE) collaboration.
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