Orateur
Christoph Niehoff
(Excellence Cluster Universe, TUM)
Description
Direct searches for fermion and vector boson resonances, as well as indirect constraints from precision measurements are both important tools to test the predictions of composite Higgs models. A novel numerical technique allows us to take into account many direct and
indirect constraints in a single framework. I will present results from applying our method to a class of four-dimensional pseudo-Nambu-Goldstone boson Higgs models that contain a calculable Higgs potential and protective custodial and flavour symmetries. We find that the models are able to serve as an explanation for the recently observed 2 TeV resonances as well as several B physics anomalies.
