CPT symmetry

The CPT theorem appeared for the first time, implicitly, in the work of Julian Schwinger in 1951 to prove the connection between spin and statistics.Subsequently, Res Jost gave a more general proof in 1958 using the framework of axiomatic quantum field theory.For a short time, the CP-symmetry was believed to be preserved by all physical phenomena, but in the 1960s that was later found to be false too, which implied, by CPT invariance, violations of T-symmetry as well.This defines a CPT transformation if we adopt the Feynman–Stueckelberg interpretation of antiparticles as the corresponding particles traveling backwards in time.In 2002 Oscar Greenberg proved that, with reasonable assumptions, CPT violation implies the breaking of Lorentz symmetry.
The C.P.T. Theoremsymmetryphysical lawstransformationscharge conjugationparity transformationtime reversalLorentz invariantquantum field theoryHermitianHamiltonianantimattermirroredtime reversedJulian Schwingerconnection between spin and statisticsGerhart LüdersWolfgang PauliJohn Stewart BellLorentz invarianceprinciple of localityRes Jostaxiomatic quantum field theoryweak forceC-symmetryCP-symmetryT-symmetryLorentz boostimaginaryanalytic continuationquantum theorycommutation relationsLorentz generatorsrotational invariancefermionsbosonsspin-statistics theoremparitymomentatime inversionmatterchargeCP violationspin groupsOscar GreenbergLorentz symmetrystring theorycompact dimensionexperimental searches for Lorentz violationPoincaré symmetryParity (physics)CP violationIKAROSForbesPhysical ReviewBibcodeKongelige Danske Videnskabernes Selskab, Matematisk-Fysiske MeddelelserMcGraw-HillOxford University PressPhysical Review LettersReviews of Modern PhysicsR. F. StreaterA. S. WightmanAlan KosteleckýWayback MachineYouTubeVeritasiumP-symmetryChiralityPin groupSymmetry (physics)