6533b85ffe1ef96bd12c0e4c
RESEARCH PRODUCT
CPT violation in entangled BO-anti-BO states and the demise of flavour tagging
Ezequiel ÁLvarezJosé Bernabeu AlberolaN. E. MavromatosMiguel Nebot GómezJoannis Papavassiliousubject
FísicaHigh Energy Physics::Experimentdescription
We discuss the demise of flavour tagging due to the loss of the particle-antiparticle identity of neutral B-mesons in the Einstein-Podolsky-Rosen correlated states. Such a situation occurs in cases where the CPT operator is ill-defined, as happens, for example, in quantum gravity models with induced decoherence in the matter sector. The time evolution of the perturbed B0-B0bar initial state, as produced in B-factories, is sufficient to generate new two-body states. For flavour specific decays at equal times, we discuss two definite tests of the two body entanglement: (i) search for the would-be forbidden B0 B0 and B0bar B0bar states; (ii) deviations from the indistinguishable probability between the permuted states B0bar B0 and B0 B0bar.
| year | journal | country | edition | language |
|---|---|---|---|---|
| 2005-01-01 |