Boosted t/H Highlight Talk (ATLAS + CMS)

The study of highly Lorentz-boosted objects has become a central component of the physics programs of both the ATLAS and CMS experiments. Such objects enable precision measurements of standard model processes and provide sensitivity to new physics, particularly in the high-energy regime. Recent advances in machine learning and jet-substructure techniques have significantly enhanced the performance of Lorentz-boosted-object analyses. This contribution summarizes recent ATLAS and CMS results based on Lorentz-boosted top quarks and Higgs boson, including studies of Higgs pair production couplings, searches for anomalous signatures, and heavy resonances decaying to top-quark pairs. No evidence for physics beyond the standard model has been observed.