Foundations of quantum mechanics

这个项目属于量子力学的基础。这个理论有一些性质，并预测了不具有经典对应物的现象;例子是纠缠，不确定关系，不可能为不相容的观测值赋值以及非经典因果结构的存在。该研究项目将涉及识别引起这些现象的量子理论特征，并了解是否存在产生类似（或其他）效应的替代理论。这将通过将量子理论嵌入到一类更一般的理论中并通过研究由此产生的差异来实现。

The project belongs to the foundations of quantum mechanics. This theory has properties and predicts phenomena that do not possess classical counterparts; examples are entanglement, uncertainty relations, the impossibility to assign values to incompatible observables and the existence of non-classical causal structures. The research project will involve the identification of features of quantum theory that give rise to these phenomena and developing an understanding of whether alternative theories exist that produce similar (or other) effects. This will be done by embedding quantum theory into a class of more general theories and by investigating the resulting differences.