Time：Tuesday, 6 12:00-14:00 2024 December
Venue：F104, Gongguan Campus, NTNU
Abstract: In this talk, we consider a scenario where an observer measures an initial quantum state
and sends the post-measurement state to the other observer. We present a framework for
characterizing correlations obtained in such a scenario. We show that there are some applications
under this framework, such as computing the maximal value of a temporal Bell inequality, the
maximal successful probability in a scenario of quantum random access code, minimum
temporal steerability, and the minimum fidelity of the quantum state preparation.
