Control and feedback protocols via dissipation engineering (B12*)

耗散和非互反反馈协议在工程量子系统中的发展和应用是预期项目的中心。该项目的目标概括为：(i)通过耗散工程设计反馈协议，（ii）实现哈密顿滤波，以选择系统所需的相干动力学，同时抑制不希望的过程，（iii）以及开发用于控制和存储信息的非互反算法。我们的发现将与量子信息的处理和存储相关，并增强对量子体制中系统的敏感基础知识的揭示。

The development and application of dissipative and nonreciprocal feedback protocols in engineered quantum systems lies at the center of the anticipated project. The aims of the project are summarized as (i) the design of feedback protocols via dissipation engineering, (ii) the realization of Hamiltonian filtering for selecting the de-sired coherent dynamics of a system while simultaneously suppressing undesired processes, (iii) and the de-velopment of nonreciprocal algorithms for the control and storage of information. Our findings will be of rele-vance for the processing and storage of quantum information, and enhance the unraveling of sensitive funda-mental knowledge of systems in the quantum regime.