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Conference Presentation | PUBDB-2022-07996 |
2022
Abstract: The FCC-hh is a proposed circular hadron collider at an energy of 100 TeV. The total integrated luminosity is expected to be around 30 ab−1. With such a large dataset, 400 times more double-Higgs events are expected than with the full HL-LHC dataset, allowing to measure the Higgs self-coupling with high precision. As a consequence, also rarer final states, which are not within reach of the (HL)-LHC, have good prospects at the FCC-hh. One such final state is the bbZZ(llνν) channel, which has only an Branching Ratio of 0.12\%. With a regular cut-based analysis the potential of this channel is very limited.This study implements a multivariate analysis using neural networks to see if it is a feasible channel that can be used to help to improve the Higgs self-coupling measurement.Upper limits on the di-Higgs production cross-section are derived in order to assess the potential of this channel.
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Conference Presentation
Highlights and Plans of WG1-GLOB
First ECFA Workshop on e+e-$ Higgs/EW/Top Factories, DESY, HamburgDESY, Hamburg, Germany, 5 Oct 2022 - 7 Oct 2022
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Poster
Studies of di-Higgs production at the FCC-hh in the $bbZZ(llvv)$ final state
First ECFA Workshop on e+e- Higgs/EW/Top Factories, DESY, HamburgDESY, Hamburg, Germany, 5 Oct 2022 - 7 Oct 2022
Files
Fulltext
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EndNote:
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