Titlebook: Lectures on General Quantum Correlations and their Applications; Felipe Fernandes Fanchini,Diogo de Oliveira Soares Book 2017 Springer Int

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From Discord to Entanglementformation theory, while the former being regarded of marginal significance and even being criticized by some researchers, although the deep relations between them have been revealed in recent years. Discord and entanglement, being indistinguishable for pure states, only differ for mixed states. The

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Measurement-Induced Nonlocality and Quantum Correlations Under Local Operationsasures quantifying quantum correlations from different view points. Here, we present some recent developments about the quantum correlation measures known as measurement-induced nonlocality, in the sense that quantum measurement may destroy the quantum correlations for quantum states resulting in me

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Local Broadcasting of Quantum Correlationsion, become non-trivial in the quantum world. In this chapter we will discuss several limitations in the local redistributing correlations, when it comes to dealing with bipartite quantum states. In particular, we focus on the task of local broadcasting, by discussing relevant no-go theorems, and by

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Entanglement Distribution and Quantum Discordessential part of such fundamental tasks as quantum cryptography or quantum teleportation. In this lecture we review basic properties of entanglement and quantum discord, and discuss recent results on entanglement distribution and the role of quantum discord therein. We also review entanglement dist

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Discord, Quantum Knowledge and Private Communications is discerning which unitaries have been applied on a quantum system, by taking advantage of knowledge regarding its initial configuration. Here discord captures the ‘quantum’ component of this knowledge, useful only when we have access to a quantum memory. In particular, discord can be used to dete

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Non-Classical Correlations in Information Processingstring referred to as the output or answer. We are assuming here that irrespective of the nature of the input or output, information can always be expressed in the simplest possible language with only two elements in its alphabet; namely binary. In the process of getting from the input to the output

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