Alignment & stability challenges for FCC-ee
Simulations demonstrate that conventional magnet alignment tolerances and dedicated correction algorithms can achieve ultra-low beam emittance goals for the proposed ...
Simulations demonstrate that conventional magnet alignment tolerances and dedicated correction algorithms can achieve ultra-low beam emittance goals for the proposed ...
Comprehensive impedance simulations show that lowering the horizontal betatron function to ten centimeters preserves stable operating zones and design luminosity ...
Researchers outline the Future Circular Collider integrated programme combining an electron–positron collider and a subsequent proton–proton collider within a common ...
A new mechanical model details how the vacuum chamber, silicon trackers, luminosity calorimeter and a carbon-fibre support tube will fit ...
A new editorial collection documents how artificial intelligence is reshaping particle accelerator science, from surrogate models already in practical use ...
A new study details the machine-detector interface design for the proposed FCC-ee collider, covering beam pipe engineering, vertex detector integration, ...
A simulation study shows that a data-driven calibration technique could let the LHCb experiment measure the Λ hyperon mass with ...
A new simulation study projects that CERN's proposed FCC-ee collider could measure the Higgs boson decay to tau leptons with ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine