Speaker: Prof. Ting Yu, Stevens Institute of Technology

Title: Following quantum coherence evolution of open systems

Abstract: Quantum coherence dynamics of open systems is a generic paradigm that has been widely discussed in research fields ranging from atomic and optical physics to condensed matter physics and to quantum information science. Among current research frontiers are non-Markovian theory and disentanglement. In this talk I will present highlights of our work on several key issues in entanglement dynamics and non-Markovian quantum systems including evolution of spin entanglement under phonon noise, non-Markovian state diffusion and fast-tracking of entanglement.