Flavour Tagging at CLIC
Tomas Lastovicka, Katja Seidel, Jan Strube
TL;DR
This paper evaluates the performance of a flavour tagging package in a realistic CLIC environment, demonstrating its application in Higgs and top quark studies through full detector simulations including background effects.
Contribution
It provides a comprehensive assessment of flavour tagging performance in a realistic collider environment, incorporating machine background effects.
Findings
Effective flavour tagging at CLIC demonstrated
Successful measurement of Higgs decay channels
Feasibility of top pair production studies at 500 GeV
Abstract
We present the performance of the LCFI flavour tagging package in a realistic CLIC environment. The application is demonstrated on the examples of the measurement of the cross section times branching ratio of light Higgs decays to b and c quarks at 3 TeV, a study of heavy Higgs decays at 3 TeV and of top pair production at 500 GeV. All studies are based on full detector simulation with a realistic account of the machine- induced background at CLIC.
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Taxonomy
TopicsParticle physics theoretical and experimental studies · Particle Detector Development and Performance · High-Energy Particle Collisions Research