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The LHC is making strides in the exploration of the properties of the newlydiscoverd Higgs boson, $h$. InRefs.~\cite{vonBuddenbrock:2015ema,Kumar:2016vut,vonBuddenbrock:2016rmr} thecompatibility of the proton-proton data reported in the Run I period with thepresence of a heavy scalar, $H$, with a mass around 270\,GeV and itsimplications were explored. This boson would decay predominantly to$H\rightarrow Sh$, where $S$, is a lighter scalar boson. The productioncross-section of $pp\rightarrow H(\rightarrow Sh) + X$ is considerable and itwould significantly affect the inclusive rate of $h$. The contamination fromthis new production mechanism would depend strongly on the final state used tomeasure the rate of $h$. The contamination in the rate measurement of$Vh(\rightarrow b\overline{b}), V=Z,W$ is estimated to be small. This statementdoes not depend strongly on assumptions made on the decay of $S$.

Impact of additional bosons on the exploration of the Higgs boson at the LHC