Linked from

The 17 pages that link to Charge conjugation, each with the reason it gives.

• CP violationRelated: CP violation tests charge conjugation only in combination with spatial inversion.

• AntimatterRelated: It formalizes the particle-to-antiparticle transformation central to antimatter.

• AntiparticleRelated: It formalizes how particle states map to their antiparticle counterparts.

• CPT symmetryRelated: It supplies the charge-reversal part of the combined CPT operation.

• Parity violationRelated: Its violation was discovered alongside parity violation in weak interactions.

• Sakharov conditionsRelated: Violating this symmetry helps distinguish matter-producing reactions from antimatter-producing ones.

• Majorana fermionRelated: The symmetry frames the particle–antiparticle identity central to Majorana fermions.

• Electron–positron annihilationRelated: Its selection rules distinguish photon final states for different positronium spin states.

• AntineutronRelated: It maps the neutron’s quark content and baryon number to those of the antineutron.

• James CroninRelated: CP symmetry combines this transformation with parity, one of the symmetries tested by Cronin’s experiment.

• Makoto KobayashiRelated: CP symmetry includes this transformation alongside spatial reflection.

• Landau–Yang theoremRelated: A two-photon state has positive charge-conjugation parity, providing a related selection rule.

• Furry's theoremRelated: Reversing charge maps each fermion-loop orientation to its partner with the opposite sign.

• J/ψ mesonRelated: The J/ψ has charge-conjugation parity −1, constraining its decays.