Linked from

The 9 pages that link to Bjorken scaling, each with the reason it gives.

• Deep inelastic scatteringRelated: The observed scaling was a key clue that nucleons contain nearly pointlike constituents.

• Parton distribution functionRelated: Its observed violations reveal the scale dependence encoded by parton evolution.

• Parton modelRelated: Scaling suggested that the proton contains constituents behaving as nearly free pointlike scatterers.

• Frank WilczekRelated: It captured the scaling behavior that asymptotic freedom helped explain.

• PartonRelated: Its observed pattern supported scattering from nearly point-like constituents.

• Richard E. TaylorRelated: The measurements exhibited scaling behavior that supported pointlike constituents.

• Henry Way KendallRelated: The measured scaling behavior supported the interpretation of nucleons as containing pointlike constituents.

• High-energy nuclear physicsRelated: Its interpretation supported the picture of pointlike constituents inside nucleons.

• Jerome Isaac FriedmanRelated: Scaling in the data supported the interpretation that protons contain pointlike constituents.