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We discuss the phenomenology associated with a resonant monotop collidersignal, i.e. a signal in which a single top quark is resonantly produced inassociation with missing energy through an s-channel scalar exchange. We studyboth the bounds originating from dedicated monotop searches performed by theATLAS and CMS experiments, and the constraints associated with other processesthat could be induced by a new physics context favouring monotop production atcolliders. The latter class of constraints includes, in particular, therecasting of analyses from the LHC and the TeVatron. All theoreticalcalculations are performed at the next-to-leading order accuracy in QCD, and wefinally combine all results to establish the present limits on the parameterspace and test the relevance of the monotop signal at the LHC Run 2.

LHC constraints and potential on resonant monotop production