Speaker
Description
Accurate measurements of high-energy reactions are potentially powerful indirect probes of heavy new physics parametrised by the SMEFT. I will summarise the status of the design of searches implementing this idea in di-lepton and in di-boson final states at the LHC and HL-LHC and I will illustrate their potential mass reach on concrete new physics scenarios. A substantial progress is possible at the LHC and HL-LHC compared with present-day EW precision tests, while similar probes performed at high energy future hadron, lepton (including muon) colliders would extend the reach to tents or hundreds of TeV's. I will also outline, time permitting, the potential advantages of multivariate analyses in the di-boson channel, possibly exploiting Machine Learning techniques.
