Speaker
Description
We present a $\texttt{Mathematica}$ package, called $\texttt{SpaceMath}$, for Beyond the Standard Model (BSM) parameter space searches which be agree with the most up-to-date experimental measurements. The physical observables implemented in $\texttt{SpaceMath}$ are classified in five categories, namely, LHC Higgs boson data (LHC-HBD), Flavor-Violating Processes (FVP), Oblique Parameters (OP), Unitarity and perturbativity (UP) and Meson Physics (MP). Nevertheless, $\texttt{SpaceMath}$ version 1.0 ($\texttt{SpaceMath v1.0}$) works only with LHC-HBD and with extended scalar sector models. Future versions will implement the observables previously mentioned.
$\texttt{SpaceMath v1.0}$ is able to find allowed regions for free parameters of extension models by using LHC-HBD within a friendly interface and an intuitive environment in which users enter the couplings, set parameters and execute \texttt{Mathematica} in the traditional way. We present examples, step by step, in order to start new users in a fast and efficient way. To validate $\texttt{SpaceMath v1.0}$, we reproduce results reported in the literature.
