Energy Correlators in QFT, Particle Physics and Gravity

Watch a high energy theory seminar from Yale University professor Ian Moult exploring the theoretical and experimental advances in energy correlators across quantum field theory, particle physics, and gravity. Delve into how correlation functions of the average null energy operator provide direct theoretical models for collider experiments, and their significant impact on modern developments in formal QFT and gravity. Learn about recent breakthroughs in measuring these observables at colliders, including record-precision extractions of the strong coupling constant and novel approaches to characterizing the quark-gluon plasma using higher twist detector operators. Examine the latest theoretical understanding of detector correlators, review experimental progress in their study, and investigate these observables in the context of perturbative gravity.