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This work investigates the influence of directional properties of decoherenceon kinetics rate equations. The physical reality is understood as a chain ofunitary and decoherence events. The former are quantum-deterministic, while thelatter introduce uncertainty and increase entropy. For interactions of matterand antimatter, two approaches are considered: symmetric decoherence, whichcorresponds to conventional symmetric (CP-invariant) thermodynamics, andantisymmetric decoherence, which corresponds to antisymmetric (CPT-invariant)thermodynamics. Radiation, in its interactions with matter and antimatter, isshown to be decoherence-neutral. The symmetric and antisymmetric assumptionsresult in different interactions of radiation with matter and antimatter. Thetheoretical predictions for these differences are testable by comparingabsorption (emission) of light by thermodynamic systems made of matter andantimatter. Canonical typicality for quantum mixtures is briefly discussed inthe Appendix.

Kinetics of interactions of matter, antimatter and radiation consistent with antisymmetric (CPT-invariant) thermodynamics