Following the installation of the new spallation target during LS2 and the successful commissioning during the 2021 run [1,2], the n_TOF Collaboration started in March, this year, an intense experimental programme for all three experimental areas of…
Read MORELS2 works and commissioning of the ATLAS Superconducting Magnets In the last few years, the ATLAS superconducting magnets and associated systems have received extensive maintenance and upgrades. Following this, the magnets have recently been…
Read MOREIntroduction In April this year the CDF collaboration shocked the particle physics world with a new measurement of the mass of the W boson particle [1], with a precision better than all previous results combined, and a value of the W mass higher…
Read MORELike a good, lifelong friend who is accompanying you through all phases of life, the Geant4 detector simulation toolkit is widely used in particle physics experiments from their conception to their design, during construction and data taking, for…
Read MOREIf you are working on one of the ATLAS, DUNE or NA62 experiments you have surely participated to meetings in which people referred to “FELIX”, as if it were a widely-known brand. You probably guessed, after some time, that they were not referring to…
Read MOREAmidst the excitement of preparations for the impending Run 3 of the Large Hadron Collider (LHC), as well as prominent developments of key projects around the globe, the eleventh workshop of the Long-Lived Particle (LLP) Community initiative (LLP11…
Read MOREEven though the Standard Model of Particle Physics is incredibly successful and provides extremely accurate predictions for many physical quantities and mechanisms, the model is known to be incomplete. For instance, it fails in explaining the…
Read MOREFor the first time since the launch of the FCC feasibility study, the FCC physics community gathered to reflect the status and achievements of FCC Physics, Experiments, and Detectors studies and initiate new activities. The fifth FCC Physics…
Read MOREMagnetic monopoles (MMs) are hypothetical fundamental particles that carry isolated magnetic charge that are arguably the most important particle yet to be discovered. In 1931 Dirac first showed that a MM was compatible with quantum mechanics [1]…
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