The paper Decoupling theoretical uncertainties from measurements of the Higgs boson (Cranmer et al., 2015) by Kyle Cranmer, David Lopez-Val, Tilman Plehn and me is now published in Phys Rev D91 and also available at arXiv:1401.0080.
We develop a technique to present Higgs coupling measurements, which decouple the poorly defined theoretical uncertainties associated to inclusive and exclusive cross section predictions. The technique simplifies the combination of multiple measurements and can be used in a more general setting. We illustrate the approach with toy LHC Higgs coupling measurements and a collection of new physics models.
We share all the software that was involved. That includes that we published the model files and a Mathematica notebook on figshare. We put all the code on github which can be used for new models or to reproduce all plots in the paper simply by typing
make. We even have a little demo project that pulls three pre-made decoupled models from a webpage and recouples them and produces two plots of combined benchmark coupling models.
Kyle Cranmer, Sven Kreiss, David Lopez-Val, and Tilman Plehn. Decoupling Theoretical Uncertainties from Measurements of the Higgs Boson. Phys. Rev., D91(5):054032, 2015. arXiv:1401.0080, doi:10.1103/PhysRevD.91.054032. ↩