Published April 9, 2025
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Impact of tracker- and calorimeter-detector performance on jet flavor identification and Higgs physics analyses, and study of Higgs-to-invisible performance with CLD full simulation
Authors/Creators
-
Sciandra, Andrea
(Contact person)1
-
Velišček, Iza
(Editor)1
-
Cavaliere, Viviana
(Editor)2, 3
- Boye, Diallo (Editor)3
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Snyder, Scott
(Editor)1
- Connelly, Anna Elizabeth (Editor)3
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Tishelman-Charny, Abraham
(Editor)1
- Li, Ang (Editor)1
-
Pleier, Marc-André
(Editor)1
- Abidi, Haider (Editor)3
- et al. Show all 14 authors
Authors/Creators
-
Sciandra, Andrea
(Contact person)1
-
Velišček, Iza
(Editor)1
-
Cavaliere, Viviana
(Editor)2, 3
- Boye, Diallo (Editor)3
-
Snyder, Scott
(Editor)1
- Connelly, Anna Elizabeth (Editor)3
-
Tishelman-Charny, Abraham
(Editor)1
- Li, Ang (Editor)1
-
Pleier, Marc-André
(Editor)1
- Abidi, Haider (Editor)3
-
Iakovidis, George
(Editor)1
- Brost, Elizabeth (Editor)1
-
Assamagan, Ketevi Adikle
(Editor)3
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Szafron, Robert Henryk
(Editor)1, 3
-
1.
Brookhaven National Laboratory
- 2. Brookhaven National Laboratory Physics Department
- 3. Brookhaven National Laboratory (US)
Contributors
Editor (8):
Project leader:
Related person (2):
-
1.
Brookhaven National Laboratory
-
2.
European Organization for Nuclear Research
Description
The extensive and ambitious physics program planned at the FCC-ee imposes strict constraints on the detector
performance. This work aims at studying the impact of different detector choices on the identification of the jet
flavor and how this affects high-profile analysis like Higgs-boson couplings and searches for invisible decays of the
Higgs-boson. Furthermore, a first study of the Higgs-to-invisible performance with the CLD-detector full simulation is performed.
Files
FCC_note___detector_properties__tagger_performance___Higgs_physics_performance (7).pdf
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Additional details
Dates
- Available
-
2025-01