Linked from

The 36 pages that link to Gluon, each with the reason it gives.

• ProtonRelated: Gluons transmit the strong interaction that confines the proton’s quarks.

• HadronRelated: Gluons transmit the strong force binding quarks inside hadrons.

• Color chargeRelated: Gluons carry color charge and transfer it between quarks.

• BaryonRelated: Gluons bind baryon constituents through the strong interaction.

• MesonRelated: Gluons transmit the strong force inside mesons.

• NucleonRelated: Gluons bind a nucleon's quarks and generate much of its mass.

• Asymptotic freedomRelated: Gluon self-interactions drive the coupling to weaken at short distances.

• HadronizationRelated: Gluons participate in parton showers and can themselves produce hadrons.

• ATLAS experimentRelated: Gluons contribute to proton collisions and produce hadronic jets recorded by ATLAS.

• Jet (particle physics)Related: A gluon can initiate a jet and often produces a wider shower than a quark.

• CharmoniumRelated: Gluon exchange and fields mediate the force binding charm and anticharm.

• Strange quarkRelated: Gluons bind strange quarks with other quarks inside hadrons.

• Up quarkRelated: Gluon exchange binds up quarks to the other quarks in a nucleon.

• Down quarkRelated: Gluon exchange continually binds and reshuffles the color charges of quarks.

• QCD vacuumRelated: Gluon fields fluctuate in the vacuum and generate its nonperturbative structure.

• Henry Way KendallRelated: Gluons complete the modern picture of nucleons that the early experiments began to uncover.

• Hugh David PolitzerRelated: Gluon self-interactions make the strong coupling decrease at high energies.

• J/ψ mesonRelated: The charm pair can annihilate into gluons, a principal J/ψ decay route.