
Extreme detector design for a future circular collider
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.
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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.
The challenges of performing precision flavour physics in the very harsh conditions of the HL-LHC are triggering a vast R&D programme at the forefront of technology.
The ALICE collaboration is charting a course to an exciting heavy-ion physics programme for Runs 5 and 6 at the High-Luminosity LHC.
A new CMS subdetector – the Precision Proton Spectrometer (PPS) – allows the electroweak sector of the Standard Model to be probed in regions so far unexplored.
Preparations for a next-generation gravitational-wave observatory in Europe gather pace, with a conditional allocation of €42 million from the Dutch government.
Silicon photomultipliers offer many advantages over traditional tube devices, but further R&D is needed to understand their performance under radiation damage.
LHCb's all-new VELO detector will extend the collaboration's capabilities to search for new physics at Run 3.
The 5th FCC Physics Workshop saw advances in the physics capabilities and detector R&D for the proposed Future Circular Collider.
The hybrid event highlighted the ongoing achievements of CERN's n_TOF facility and its nuclear science and applications.
Preparations are under way for a next-generation heavy-ion experiment for Run 5 of the LHC and beyond.