Speaker
Dr
Peter Galler
(University of Glasgow)
Description
Effective Field Theory (EFT) is a powerful tool to parametrize high-scale New Physics in a largely model independent way. We employ this method to study the top quark sector of the dimension-six EFT extension of the Standard Model. In particular, we perform a global fit of top-quark related Wilson coefficients using experimental data. While fit results for TEVATRON and LHC Run I data have been previously presented we additionally include Run II data. Introducing an efficient method of sampling the Wilson coefficient parameter space facilitates the extension of the fit to fiducial particle-level measurements which otherwise would be computationally very expensive.
Authors
Andy Buckley
(University of Glasgow (GB))
Stephen Brown
(University of Glasgow)
Christoph Peter Englert
(University of Glasgow (GB))
James Edward Ferrando
(Deutsches Elektronen-Synchrotron (DE))
Dr
Peter Galler
(University of Glasgow)
David Miller
(University of Glasgow)
Liam Ronald Moore
(Universite Catholique de Louvain (UCL) (BE))
Mr
Neil Warrack
(University of Glasgow (GB))
Chris White
(Queen Mary University of London)
