Speaker
Prof.
Giampiero Passarino
(Torino University)
Description
After the LHC Run 1, the standard model (SM) of particle physics has been completed. Yet, despite its successes,
the SM has shortcomings vis-à-vis cosmological and other observations. At the same time, while the LHC restarts
for Run 2 at 13 TeV, there is presently a lack of direct evidence for new physics phenomena at the accelerator energy
frontier. From this state of affairs arises the need for a consistent theoretical framework in which deviations from
the SM predictions can be calculated and compared to precision measurements. Such a framework should be able to
comprehensively make use of all measurements in all sectors of particle physics, including LHC Higgs measurements,
past electroweak precision data, electric dipole moment,
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Primary author
Prof.
Giampiero Passarino
(Torino University)
