Dear colleagues,
As I write in mid-September, the days are getting shorter and colder, and we are in the midst of marking the 70th birthday of CERN
LHC experiments have seen remarkable progress despite numerous challenges, setting the stage for a groundbreaking year of data collection and achievements in 2024.
Read MOREFocus on the activities of the EP R&D Work Package 1.4, which develops and optimizes silicon detectors to withstand intense radiation, crucial for future collider experiments.
Read MOREDiscussing how the latest results from the DESI collaboration set strong constraints, on the sum of neutrino masses potentially in tension with laboratory expectations.
Read MOREAvailable on CERN’s Open Data portal, the new ATLAS open dataset offers researchers new opportunities to explore advanced physics.
Read MORECERN is advancing neutrino experiments and developing new identification techniques to reduce uncertainties in key measurements, such as the flavour-dependent neutrino flux, under the Physics Beyond Colliders initiative.
Read MORECERN's newly approved DRD7 collaboration unites 68 institutes across 19 countries to develop cutting-edge electronics for next-generation particle detectors.
Read MOREGroundbreaking advancements are pushing the limits of precision and opening new possibilities for future particle measurements across various species.
Read MORERevolutionizing physics exploration with cutting-edge machine learning to unlock the full potential of the LHCb experiment in the high-luminosity era.
Read MOREProtoDUNE’s groundbreaking advancements in neutrino detection technology are paving the way for the full-scale DUNE experiment.
Read MOREThe AMBER experiment, one of Physics Beyond Collider’s success stories that started physics data-taking for the first time in 2023, just concluded their second measurement campaign.
Read MOREAn EU-funded initiative that brings together experts from across Europe to elevate research software, driving innovation and collaboration across multiple disciplines.
Read MOREATLAS operations saw significant advancements in detector upgrades and trigger efficiency, allowing for improved data collection despite challenges, positioning the experiment for continued success in Run 3.
Read MOREIn 2024, the LHCb experiment achieved significant milestones with its upgraded detectors, enhancing data collection and preparing for future discoveries, despite challenges from earlier technical issues.
Read MOREALICE is gearing up for its next heavy-ion physics run in late 2024, aiming to double its groundbreaking 2023 data collection and push the boundaries of quark-gluon plasma research.
Read MOREIn 2024, the CMS detector has optimized its data-taking capabilities, achieving high-quality data collection during extended periods of high pileup, with significant operational improvements in preparation for the HL-LHC era.
Read MOREDESI has created the most detailed 3D map of the universe, challenging our understanding of cosmic expansion and potentially signaling a paradigm shift in cosmology.
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