Linked from

The 13 pages that link to Parton distribution function, each with the reason it gives.

• Quantum chromodynamicsRelated: QCD evolution connects these distributions to high-energy scattering measurements.

• GluonRelated: The gluon distribution is essential for predicting proton-collision outcomes.

• HadronRelated: It quantifies the dynamic quark-and-gluon content probed inside hadrons.

• Asymptotic freedomRelated: Its scale dependence is calculable using QCD evolution equations.

• Bjorken scalingRelated: At leading order, these distributions give the x-dependent content of scaling structure functions.

• Relativistic Heavy Ion ColliderRelated: Proton-collision data constrain how quarks and gluons share proton momentum.

• AntiquarkRelated: Antiquark distribution functions quantify their momentum inside a hadron.

• Up quarkRelated: It quantifies how the proton’s up quarks share its momentum.

• PartonRelated: It quantifies the momentum fractions carried by the partons that collide.

• High-energy nuclear physicsRelated: It connects incoming nuclei’s microscopic contents to measured collision outcomes.

• Jerome Isaac FriedmanRelated: The experimental program initiated measurements that underpin modern accounts of proton structure.