Title: "Interplay of Coherent and Dissipative Processes in Engineered Quantum Systems"
Abstract: The concept of dissipation engineering has enriched the methods available for state preparation, dissipative quantum
computing and quantum information processing. Combining such engineered dissipative processes with coherent dynamics allows for new effects to emerge. For example, we found that any factorisable (coherent) Hamiltonian interaction can be rendered nonreciprocal if balanced with the corresponding dissipative interaction, and
In this talk, we will address the question if nonreciprocal systems can generate entanglement between it's constituents,
and show that the dissipative process by itself can yield a purely unitary evolution on one subsystem.
Events are free and open to the public unless otherwise noted.