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We show that the dominant channel proposed for the determination of the Higgsboson trilinear coupling, $pp\to HH+X$ via gluon fusion, exhibits aninterference structure that is independent of the collider energy for colliderenergies in the range $8\,{\rm TeV}\leq \sqrt{s}\leq 100\,{\rm TeV}$ and isalmost maximally destructive. This insensitivity to the collider energy remainsapproximately true for a variety of other two Higgs production mechanismsalthough the magnitude of the interference varies widely.

Interference effects and the use of Higgs boson pair production to study the Higgs trilinear self coupling