A second 7.2-metre-long HL-LHC triplet quadrupole has reached the currents needed for 7 TeV operation, with higher performances The magnet programme is one of the keystones of the HL-LHC project. At its heart is the development of triplet quadrupole magnets, which…
Wollongong-based online news outlet covering Australia and beyond. If you have anything newsworthy - a story, video or picture to share with us, please email us. CERN-made HiLumi LHC quadrupoles ready for installation The completion of these new quadrupole magnets - known…
Researchers trained a reinforcement learning controller entirely on a neural-operator digital twin and deployed it on the MuVacAS vacuum prototype without any real-machine training. Subject of Research: AI-based autonomous control of differential vacuum pressure in the MuVacAS prototype for the…
A simulation study shows that a data-driven calibration technique could let the LHCb experiment measure the Λ hyperon mass with systematic uncertainties from tracking controlled to 0.7 keV/c². Subject of Research: A formalism for controlling detector-related systematic uncertainties in precision two-body…
CEA Paris-Saclay has built an artificial intelligence optimisation and data management platform called alesia that automates multiphysics design workflows for superconducting magnets, from accelerator solenoids to MRI and ion source systems.
A data center in Budapest will help process particle-research data generated by the world’s largest particle accelerator. German telco Deutsche Telekom announced Wednesday that it will provide a 100GbE link between the Large Hadron Collider (LHC) facility in Geneva, operated by…
CERN and POM Limburg, Limburg's provincial development agency, signed an agreement today to establish the first CERN Innovation Hub pilot at Corda Campus in Hasselt, Belgium. The hub will give Belgian... CERN and POM Limburg, Limburg's provincial development agency, signed…
CERN develops technologies that are among the best in the world. Although they are primarily intended for fundamental research, they also have applications outside particle physics, for example in medical imaging, advanced sensor technology and data processing. The new innovation…
The ATLAS collaboration found strong evidence that Z bosons produced in Higgs boson decays are quantum-entangled, extending the phenomenon’s observation to one of the highest-energy particle-physics settings yet tested.
A CMS analysis found no quantum black holes or sphalerons in 2016–2018 LHC data while setting model-dependent limits and introducing a phase-space distance method for particle searches.
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