chargeconjugated
Charge conjugation is a symmetry operation in quantum field theory that transforms a particle into its antiparticle by reversing additive quantum numbers such as electric charge, baryon number, and lepton number, while leaving mass, momentum, and spin unchanged. The transformation does not alter the particle’s kinematic variables or its interaction with neutral fields, but it changes interactions that depend on charge.
In field theory, charge conjugation is implemented by an operator C that acts on fields. For a
Charge conjugation plays a key role in discussions of CP and CPT symmetries and in studies of
Limitations include that not all particles have a well-defined or conserved C-symmetry in all interactions; in