Abstract
The detector systems for particle physics experiment at the future high-energy and high-luminosity colliders will need to improve resolution, radiation hardness, and rate capability with respect to the current generation of experiments. Many promising technological solutions are being developed for both tracking detectors and calorimeters.
Highlights
AndreazzaITK ITK + High Granularity Timing Detector (HGTD) σ(t)=30 ps s=14 TeV, =200 Inclined Barrel σz=50mm Pythia[8] dijets 30
The technological challenges, depend on the physics case. This contribution focuses on the generation of accelerators at the high-energy frontier, considering mainly detector under construction or design to operate during the Run 3 (2021-2023) and the high luminosity run (2026-2035) of the LHC or at possible e+e− colliders
Detectors must satisfy harsh radiation hardness requirement and must develop solution to mitigate the effect of multiple p–p interactions in the same bunch crossing
Summary
ITK ITK + HGTD σ(t)=30 ps s=14 TeV, =200 Inclined Barrel σz=50mm Pythia[8] dijets 30
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