The source of quantum advantages: a unified approach to quantum resources of states and processes

在第二阶段，我们集中于三项任务：(1)扩展第一年开始的发展，特别是量子资源的概率变换的研究：(2)探索量子态和量子道辨别的新问题；(3)研究量子纠缠的渐近性质。关于点(1)，这导致了一份新的出版物和一次应邀在京都大学举办的2022年量子信息、计算和基础研讨会上的演讲。点(2)导致了几篇正在接受审查的论文。点(3)导致了两个主要的出版物，一个揭示了量子纠缠和热力学理论之间的重大差异，另一个将这些想法扩展到量子通道。

During the second phase, we focused on three tasks: (1) extending developments started in the first year, in particular the study of probabilistic transformations of quantum resources; (2) exploring new questions in the discrimination of quantum states and channels; (3) studying the asymptotic properties of quantum entanglement.With regards to point (1), this led to a new publication and an invited talk presentation at the Workshop on Quantum Information, Computation, and Foundations 2022 organized by Kyoto University.Point (2) led to several papers which are now undergoing review.Point (3) has led to two major publications, one which revealed significant differences between the theories of quantum entanglement and thermodynamics, and one which extended these ideas to quantum channels.