A Study of e+e- -> H0A0 Production and the Constraint on Dark Matter Density
Marco Battaglia, Nicole Kelley, Benjamin Hooberman
TL;DR
This study investigates the production of heavy Higgs bosons in electron-positron collisions at 1 TeV and explores implications for constraining dark matter density within supersymmetric models.
Contribution
It provides detailed simulation-based analysis of heavy Higgs boson production and decay, offering new insights into their properties and dark matter constraints.
Findings
Estimated accuracies on Higgs masses and widths
Decay branching fractions analysis
Implications for dark matter density constraints
Abstract
This paper reports the results of a study of the e+e- -> H0A0 process at 1 TeV performed on fully simulated and reconstructed events. The estimated accuracies on the heavy Higgs boson masses, widths and decay branching fractions are discussed in relation to the study of Supersymmetric Dark Matter.
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