Titlebook: Quantum Correlations; A Modern Augmentatio Farid Shahandeh Book 2019 Springer Nature Switzerland AG 2019 Quantum Correlations.Quantum Coher

glomeruli

争议的苹果

The Resource Theory of Entanglement,ques by using additional information obtained within witnessing experiments and thus, cope with unexpected experimental imperfections. The second result illustrates the use of entanglement witnessing in construction of measures of entanglement that are independent of the specific description of measurement devices similar to a Bell scenario.

宴会

Generalized Quantum Correlations in Discrete Variable Systems,ntum computation and coherence theories and establish an equivalence between the two. Finally, through a toy model, we define the notion of quantum correlations and provide analysis of its feasibility and operational significance.

有恶意

Introduction,e have done our best to bring the mathematical notions forward in an intuitive way with an eye on our language to be more sensible for physicists. Moreover, whenever possible, we have provided illustrations of the concepts.

BALK

anaerobic

兴奋过度

Introduction,ial elements of convex geometry, the quantum resource theory formalism, quantum phase-space representation, and the notion of entropy in classical and quantum information. Importantly, the second section of this chapter deals purely with the mathematical concepts of algebraic and convex geometry tha

没有贫穷

The Resource Theory of Entanglement,ent witnesses and their properties. This chapter incorporates two main results on the theory of entanglement, namely, ultrafine entanglement witnessing and measurement-device-independent quantification of entanglement. The first result presents a new approach for improving standard witnessing techni

STENT

Generalized Quantum Correlations in Discrete Variable Systems, four things: first, we discuss and motivate the need for a generalized definition of quantum correlations; second, we discuss the tool that we use to achieve our goal, that is, we review the concepts of local and global quantum coherence; third, we define nonclassicality from the perspective of qua

lanugo