In a recent publication, the ATLAS experiment measured the width of the top quark in a model-independent way and searched for contributions from new physics.
A recent “Cross Collider” meeting at CERN showed that the physics of leptoquarks remains a rapidly evolving field on both experimental and theoretical fronts.
The ATLAS collaboration has presented evidence of Higgs boson produced in association with top quarks, a rare process that provide new insight into the Higgs mechanism.
Although the energy scale of New Physics might lie beyond current experiments' reach, the study of W and Z bosons and photons, through their self-interactions, can reveal hints of new physics at LHC energies and offer useful lessons for future high-energy colliders.
In July, more than 700 physicists gathered in Venice to discuss the latest developments in the field of particle physics at EPS 2017, one of the most important international conferences of the field.
Last month, the LHC experiment collaborations presented their latest results at the Quark Matter 2017 conference on how matter behaved in the very early moments of the universe.