  The radial excitation of the global symmetry-breaking vacuum in composite
Higgs models, called the "global Higgs", has been recently a focus of
investigation. In this paper we study the prospects for detecting this
composite scalar at the 13 TeV LHC. We compute the global Higgs production
rates and estimate the discovery potential of a global Higgs decaying into top
quark pairs and into Higgs and electroweak gauge bosons with subsequent
hadronic decays. The global Higgs may also decay into fermion resonances such
as top partners, providing a new window into compositeness. We show that top
partner jets can be effectively unresolved in some regions of the parameter
space. Such "boosted top partner" signatures would deserve the development of
dedicated substructure analyses.
