Linked from

The 53 pages that link to Weak interaction, each with the reason it gives.

• Beta decayNarrower topic: It mediates the transformations that produce beta-decay emissions.

• NeutrinoNarrower topic: Neutrinos interact through this force, which makes their collisions with matter rare.

• W and Z bosonsNarrower topic: W and Z bosons are its force carriers.

• MuonNarrower topic: It governs muon decay and determines how muons interact with matter.

• Electron captureNarrower topic: It enables a proton inside the nucleus to become a neutron.

• Chien-Shiung WuNarrower topic: The weak interaction is the force whose decay process revealed parity violation.

• Beta particleNarrower topic: It governs the transformations that create beta particles.

• Wu experimentNarrower topic: The observed asymmetry showed that this force does not conserve parity.

• FranciumNarrower topic: Precision measurements in francium probe this force inside atoms.

• James CroninNarrower topic: CP violation in kaons arises in processes governed by the weak interaction.

• Cowan–Reines neutrino experimentNarrower topic: Its extreme weakness explains why the experiment needed a reactor and large detector.

• Jack SteinbergerNarrower topic: Neutrinos in the Brookhaven experiment revealed their identity through weak interactions in matter.

• Carlo RubbiaNarrower topic: The particles sought in Rubbia’s experiment are carriers of this interaction.

• Leon M. LedermanNarrower topic: Neutrino production and detection in the experiment depended on weak interactions.

• Yang Chen-NingNarrower topic: Parity violation was discovered in this fundamental force.