
A gold mine for neutrino physics
In February this year, the DUNE experiment completed the excavation of three enormous caverns 1.5 kilometres below the surface at the new Sanford Underground Research Facility.
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In February this year, the DUNE experiment completed the excavation of three enormous caverns 1.5 kilometres below the surface at the new Sanford Underground Research Facility.
How big is a neutrino? Results from BeEST set new limits on the size of the neutrino’s wave packet, but theorists are at odds over how to interpret the data.
In their new text, Georg Viehhauser and Tony Weidberg offer an accessible and comprehensive introduction to the intricate world of particle detectors, writes Fabio Sauli.
The LHC’s dedicated heavy-ion experiment is to be equipped with an upgraded inner tracker and a new forward calorimeter during the next long shutdown.
Having emerged from a scheduled long shutdown, the upgraded Belle II detector in Japan recorded its first collisions on 20 February.
The 6th conference on Technology and Instrumentation in Particle Physics highlighted strong knowledge-transfer opportunities.
The first fully monolithic 3D-printed detector sets a new milestone for fast and cost-efficient detector construction.
The proposed Forward Physics Facility at CERN offers a broad programme ranging from neutrino, QCD and hadron-structure studies to beyond-the-Standard Model searches.
In the latest milestone for the CERN Neutrino Platform, a state-of-the-art time projection chamber for the near detector of the upgraded T2K experiment in Japan is now fully operational.
A pileup of 1000 proton–proton collisions per bunch-crossing is just one of the challenges in extracting physics from a next-generation hadron collider to follow the LHC.