Linked from

The 15 pages that link to Parity (physics), each with the reason it gives.

• ChiralityRelated: Parity violation shows that nature's fundamental interactions can distinguish left from right.

• Selection ruleRelated: Parity changes constrain which states can be connected by operators of definite parity.

• Quantum numberRelated: Parity provides a discrete symmetry label for quantum states.

• CP violationRelated: Its combination with charge conjugation defines the symmetry that is violated.

• Charge conjugationCompared with: Parity reverses spatial orientation, whereas charge conjugation exchanges particles and antiparticles.

• Time-reversal symmetryCompared with: Parity reverses space, whereas time reversal transforms temporal evolution.

• CharmoniumRelated: Parity helps classify charmonium levels and constrain their transitions.

• Tsung-Dao LeeBroader topic: Lee and Yang questioned whether weak interactions obey this mirror symmetry.

• James CroninRelated: The discovery showed that combining spatial reflection with charge conjugation still fails to preserve all kaon decays.

• Makoto KobayashiRelated: The P in CP names the spatial reflection whose combination with charge conjugation is violated.

• Wigner's theoremBroader topic: Its quantum implementation is a unitary symmetry operator.

• Symmetry in quantum mechanicsRelated: Parity symmetry assigns states even or odd spatial-inversion eigenvalues.

• Multipole matrix elementsRelated: Parity determines whether an electric or magnetic multipole operator connects a given pair of states.

• Val Logsdon FitchBroader topic: The kaon discovery concerned parity combined with charge conjugation, not parity alone.

• Yang Chen-NingRelated: Yang and Tsung-Dao Lee proposed testing whether weak interactions preserve this symmetry.