Linked from

The 27 pages that link to Quark model, each with the reason it gives.

• Quantum numberRelated: Particle states are classified using quantum numbers such as flavor, spin, and baryon number.

• PionRelated: It reinterpreted pions as quark–antiquark bound states.

• Charm quarkRelated: It predicts hadron families containing charm alongside lighter quarks.

• KaonRelated: It accounts for kaon charges and identifies their constituent quark–antiquark pairs.

• Stanford Linear Accelerator CenterRelated: SLAC’s deep-inelastic scattering experiments supplied decisive evidence for point-like constituents inside protons.

• Strange quarkRelated: The model assigned a strange constituent to the known strange hadrons.

• Burton RichterRelated: The proposed charm quark gave the unexpected J/ψ resonance a theoretical interpretation.

• PentaquarkRelated: Its extended configurations allow hadrons with four quarks and an antiquark.

• Robert HofstadterRelated: Hofstadter’s nucleon measurements preceded experiments that resolved structure at the quark scale.

• Richard E. TaylorRelated: The scattering evidence strengthened this model’s claim that nucleons contain quarks.

• Henry Way KendallRelated: Scattering supplied direct experimental support for the model’s proposed constituents.

• High-energy nuclear physicsRelated: It established the constituents whose high-energy behavior nuclear collisions investigate.

• Hugh David PolitzerRelated: Its constituent quarks became the objects whose high-energy behavior QCD had to explain.

• Jerome Isaac FriedmanRelated: Friedman’s experimental results gave the model strong evidence inside nucleons.

• Masahiro SakuraiRelated: Its particle classifications intersected with Sakurai's work on hadron symmetries.