The first high-temperature superconducting Canted-Cosine-Theta sextupole magnet has been designed, manufactured, and tested at cryogenic temperatures for the FCC-ee project.
Technical report, CERN Document Server (2025)
4 Pith papers cite this work. Polarity classification is still indexing.
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Carbon implantation in the gain layer of HPK LGADs provides a clear improvement in radiation tolerance after proton and neutron irradiation, unlike oxygen-related modifications or boron-phosphorus compensation.
Analytical modeling suggests iron-based superconductor multilayers can sustain higher magnetic fields with lower surface resistance than bulk niobium for SRF applications.
Performance study of the ILD silicon-tungsten calorimeter with timing for B and tau physics at the Z pole, highlighting pi0 reconstruction and genuine vs fake photon identification.
citing papers explorer
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The Canted Cosine Theta HTS Sextupole Demonstrator for FCC-ee
The first high-temperature superconducting Canted-Cosine-Theta sextupole magnet has been designed, manufactured, and tested at cryogenic temperatures for the FCC-ee project.
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Systematic Investigation of Acceptor Removal in HPK LGADs with Modified Gain Layers
Carbon implantation in the gain layer of HPK LGADs provides a clear improvement in radiation tolerance after proton and neutron irradiation, unlike oxygen-related modifications or boron-phosphorus compensation.
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Analytical evaluation of surface barrier and resistance in iron-based superconducting multilayers for Superconducting Radio-Frequency applications
Analytical modeling suggests iron-based superconductor multilayers can sustain higher magnetic fields with lower surface resistance than bulk niobium for SRF applications.
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Ultra-Granular Calorimeter Performances for the Heavy Flavor Physics Program at the Z Peak
Performance study of the ILD silicon-tungsten calorimeter with timing for B and tau physics at the Z pole, highlighting pi0 reconstruction and genuine vs fake photon identification.