  The first run of the LHC was successful in that it saw the discovery of the
elusive Higgs boson, a particle that is consistent with the SM hypothesis.
There are a number of excesses in Run 1 ATLAS and CMS results which can be
interpreted as being due to the existence of another heavier scalar particle.
This particle has decay modes which we have studied using LHC Run 1 data. Using
a minimalistic model, we can predict the kinematics of these final states and
compare the prediction against data directly. A statistical combination of
these results shows that a best fit point is found for a heavy scalar having a
mass of 272$^{+12}_{-9}$\,GeV. This result has been quantified as a three sigma
effect, based on analyses which are not necessarily optimized for the search of
a heavy scalar. The smoking guns for the discovery of this new heavy scalar and
the prospects for Run 2 are discussed.
