\begin{document}$m_H\approx 270$\end{document} GeV and \begin{document}$m_S\approx 150$\end{document} GeV. These can then be embedded into a scenario where a two-Higgs-doublet is considered with an additional singlet scalar, 2HDM+S. The long-standing discrepancy in the muon anomalous magnetic moment, \begin{document}$\Delta a_\mu$\end{document}, is interpreted in the context of the 2HDM+S type-II and type-X, along with additional fermionic degrees of freedom. The 2HDM+S model alone, with constraints from the LHC data, does not seem to explain the \begin{document}$\Delta a_\mu$\end{document} anomaly. However, adding fermions with mass of order \begin{document}${\cal O}(100)$\end{document} GeV can explain the discrepancy for sufficiently low values of fermion-scalar couplings."> Connecting muon anomalous magnetic moment and multi-lepton anomalies at LHC -
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