Linked from

The 28 pages that link to Strong interaction, each with the reason it gives.

• ProtonRelated: It confines the proton’s quarks and contributes most of its mass.

• NeutronRelated: Its residual force helps hold neutrons and protons together in nuclei.

• Quantum chromodynamicsRelated: QCD is the underlying theory of this fundamental interaction.

• Nuclear physicsRelated: Its residual force supplies the attraction that holds most nuclei together.

• AntiprotonRelated: It binds the antiproton’s antiquarks just as it binds quarks inside a proton.

• IsospinRelated: Its near-independence from electric charge gives nucleon isospin approximate validity.

• Deuterium–tritium fusionRelated: It binds the reaction’s nucleons once the fuel nuclei approach sufficiently closely.

• Strange particlesRelated: It produces strange particles while conserving strangeness.

• StrangenessRelated: It conserves strangeness, constraining which hadron reactions can occur.

• Matter (physics)Related: It confines quarks and supplies most of the mass of ordinary matter.

• HyperonRelated: It binds hyperon quarks and governs their production in strong collisions.

• AntineutronRelated: It governs antineutron interactions with nuclei and contributes to annihilation after capture.

• Degenerate matterRelated: At neutron-star densities, nuclear interactions substantially alter pressure beyond ideal degeneracy.

• Exotic atomRelated: It modifies exotic-atom levels when the bound particle approaches the nucleus.

• Jerome Isaac FriedmanRelated: It governs the quarks whose effects appeared in the scattering measurements.