Speaker
Theo Maurin
(University of Glasgow (GB))
Description
The ATLAS Collaboration has recently observed quantum entanglement in top-quark pairs using 13 TeV proton-proton collision data—marking the first observation of entanglement in fundamental quarks and at the highest energy scales ever probed and exposing limitations in state-of-the-art Monte Carlo simulations at the same time. Building on this milestone, this talk will explore new measurements aimed at accessing maximally entangled states in Higgs boson decays. In particular, I will discuss the reconstruction of entangled vector boson states using quantum tomography observables, highlighting the potential of collider experiments to probe quantum information concepts in novel ways.
Author
Theo Maurin
(University of Glasgow (GB))
