In the high energy limit, the structure functions probed through this technique depend only on the ratio of energy transferred to the square of the four-momentum, a phenomenon known as Bjorken scaling.
This experimental technique yields a measurement of two functions which are related to each other by the Callan-Gross relation. When this technique utilizes polarized particles, its results are analyzed using the Ellis-Jaffe sum rules, which yield a result sometimes known as the "proton spin crisis," and in this technique, the rate of J/psi production can be used to infer the gluon energy distribution. In the high energy limit, the structure functions probed through this technique depend only on the ratio of energy transferred to the square of the four-momentum, a phenomenon known as Bjorken scaling. Performed by firing high energy leptons at hadronic targets, for ten points, identify this experimental technique which provides experimental evidence for the idea that hadrons are made up of quarks.
This experimental technique yields a measurement of two functions which are related to each other by the Callan-Gross relation.
{deep inelastic scattering}