Observables for these objects that have one-over-Q power dependence include a universal two-loop correction term called the Milan factor.
Observables for these objects that have one-over-Q power dependence include a universal two-loop correction term called the Milan factor. Measurements of these objects are complicated by "splash-in" e5fects like underlying event and pile-up contamination. The anti-k-sub-t algorithm is the standard method for reconstructing these objects because it does not create "dark towers" and is una5fected by di5fuse radiation, in addition to being infrared- and collinear-safe. These objects appear cone-shaped when graphing transverse momentum versus pseudorapidity and azimuthal angle for an array of calorimeters on a lego plot. The Ellis-Karliner angle characterizes collisions that produce three of these objects, which provide experimental evidence for the existence of gluons. For 10 points, name these collimated energy signatures that are detected in particle accelerators due to the hadronization of free quarks.
Observables for these objects that have one-over-Q power dependence include a universal two-loop correction term called the Milan factor.
particle jets [or particle showers; or particle sprays; prompt on energy signatures; do not accept "resonances" or "particles" or "quarks" or "gluons" or "hadrons" or any other answer that refers to individual particles]