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Particle physics has entered an era characterized by large and unprecedented datasets from collider and cosmological experiments. Extracting answers to major open problems in particle physics from this wealth of data demands fresh perspectives on quantum field theory (QFT) and new methods for connecting theory to observations. Recently, significant attention has focused on detector operators, particularly energy correlators, due to their unique role at the crossroads of experiment, phenomenology, and formal theory. In this talk, I will present recent advancements in our understanding of these detector observables and discuss how such theoretical insights are pushing the frontiers in collider physics across both high-energy and nuclear physics domains.