量子操控性作为一种量子资源，被视为介于量子纠缠和量子非局域性之间的特殊非经典关联，本项目拟对其在开放系统和量子相变过程下的性质及应用进行研究，主要包含三个方面：（1）噪声下离散变量系统量子操控性的动力学性质，分析环境记忆效应对量子操控性的影响，并探讨抗噪声方案；（2）连续变量系统的量子操控性的在动力学性质；（3）量子相变过程中量子操控性的性质及应用。本研究为进一步理解非经典关联、量子相变和非马尔可夫效应提供理论参考，为量子资源理论提供新视角。

Quantum steerability, as a type of quantum resource and a useful nonclassical correlation, sits between entanglement and Bell nonlocality. This project is planning to research the dynamics of quantum steerability under noisy environments as well as in the spin chain systems with quantum phase transitions. It mainly contains three parts: (1) Steerability dynamics of discrete open quantum systems; the effects of non-Markovian environments on the steerability; the protocols of anti-noise for the steerability. (2) Dynamical evolution of quantum steerability in the continuous-variable systems. (3) The relation between steerability and quantum phase transition in many-body systems. These studies may give theoretical references for the further understanding of nonclassical correlations, quantum phase transition and non-Markovian effect, and provide new perspectives for quantum resource theory.