Speaker
Kun Cheng
(University of Pittsburgh)
Description
The flavor space of particles produced in collider environments provides informative quantum correlations. However, generally there is no first-principle calculation of the flavor state of the meson pair produced at colliders. In this work we construct a complementary set of measurements on the flavor state ultilizing the oscillation and decay of the meson pair, providing a systematic way to reconstruct the complete flavor density matrix of meson pairs.
