Linked from

The 26 pages that link to Deep inelastic scattering, each with the reason it gives.

• ProtonRelated: It revealed pointlike constituents inside protons.

• Quantum chromodynamicsRelated: Its scaling behavior provided evidence for pointlike quark constituents and asymptotic freedom.

• GluonRelated: Measurements of its cross sections reveal gluon distributions inside protons.

• HadronRelated: Scattering experiments revealed that hadrons contain pointlike constituents.

• Strong interactionRelated: Its results revealed point-like constituents inside protons and tested quark dynamics.

• Quark modelRelated: Experiments at SLAC found pointlike constituents inside protons, strengthening the quark interpretation.

• Color chargeRelated: Its measurements reveal quarks and gluons inside color-neutral hadrons.

• Asymptotic freedomRelated: Its measurements revealed quark-like constituents and tested short-distance QCD.

• Color confinementRelated: It revealed pointlike partons inside hadrons, though none emerge as free particles.

• Elementary particleRelated: Experiments using it revealed quarks inside protons and neutrons.

• HadronizationRelated: Its final-state hadrons help constrain fragmentation functions and test hadronization models.

• Gauge bosonRelated: Scattering through virtual gauge bosons revealed quarks and tested the Standard Model.

• Parton distribution functionRelated: Its measured cross sections reveal the momentum distributions of quarks inside nucleons.

• Bjorken scalingNarrower topic: It is the process whose structure functions exhibit Bjorken scaling.

• Parton modelRelated: The model interprets these collisions as scattering from individual partons.

• AntiquarkRelated: Scattering experiments constrain antiquark distributions inside protons and other hadrons.

• Inelastic scatteringCompared with: This named high-energy regime has distinctive partonic interpretation, not merely generic energy transfer.

• Up quarkRelated: Experiments exposed point-like constituents inside protons, supporting the quark picture.

• David GrossRelated: Its scaling behavior helped motivate the search for a theory with asymptotic freedom.

• PartonRelated: Its scattered leptons revealed point-like constituents inside protons.

• Richard E. TaylorBroader topic: This was the experimental process central to Taylor’s Nobel-recognized work.

• Henry Way KendallBroader topic: Kendall’s Nobel-winning experiments measured this process to reveal pointlike constituents inside nucleons.

• High-energy nuclear physicsRelated: It provided the experimental method for identifying quarks inside nucleons.

• Hugh David PolitzerRelated: Experiments found point-like constituents in protons, prompting a theory of their interactions.

• Jerome Isaac FriedmanBroader topic: This was the experimental method behind Friedman’s Nobel-recognized discovery.

• Mathematical formulation of the Standard ModelRelated: Its results helped establish quarks as components of nucleons.