Study Of Boosted W-Jets And Higgs-Jets With the SiFCC Detector
Shin-Shan Yu, Sergei Chekanov, Lindsey Gray, Ashutosh Kotwal, Sourav, Sen, and Nhan Viet Tran
TL;DR
This paper evaluates the SiFCC detector's ability to reconstruct highly energetic W and Higgs bosons as single jets, focusing on energy measurement and sub-jet separation at multi-TeV energies.
Contribution
It provides a detailed simulation-based analysis of detector performance for boosted boson jets at future high-energy colliders, highlighting capabilities in energy resolution and sub-jet identification.
Findings
Energy response and resolution characterized for boosted W and Higgs jets.
Successful separation of sub-jets within single boosted boson jets.
Demonstrates detector's potential for high-energy boson reconstruction.
Abstract
We study the detector performance in the reconstruction of hadronically-decaying W bosons and Higgs bosons at very high energy proton colliders using a full GEANT4 simulation of the SiFCC detector. The W and Higgs bosons carry transverse momentum in the multi-TeV range, which results in collimated decay products that are reconstructed as a single jet. We present a measurement of the energy response and resolution of boosted W-jets and Higgs-jets and show the separation of two sub-jets within the boosted boson jet.
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