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Kraft, Tristan: Aspects of quantum resources: coherence, measurements, and network correlations. 2020
Inhalt
Abstract
Zusammenfassung
Table of Contents
Introduction
Preliminaries
States and effects
Multipartite systems and their subsystems
Quantum dynamics and the measurement process
Coherence
Measures of coherence
Entanglement
Bipartite entanglement
Multipartite entanglement
Quantification of entanglement
Quantum marginal problem
Bell nonlocality
Incompatible quantum devices
Measurement incompatibility
Channel incompatibility
Einstein-Podolsky-Rosen steering
Semidefinite and conic optimization
Genuine correlated coherence
Motivation
Coherence of distributed systems
A first look at correlated coherence
A quantifier of genuine correlated coherence
Correlated coherence
Genuinely correlated coherence
Genuine correlated coherence for pure bipartite states
Correlated coherence of pure two-qubit states
Genuine correlated coherence of pure two-qubit states
Conclusions
Monogamy relations of quantum coherence between orthogonal subspaces
Motivation
Matrix norms
Results
Trace norm
Hilbert-Schmidt norm
Relative entropy of coherence
Example of a single qutrit
Detection of genuine multisubspace coherence
Conclusions
Entanglement in the triangle network
Motivation
Entanglement in the triangle network
Triangle network with independent sources
Constraints from tripartite mutual information
Constraints from entanglement measures
Local rank constraints
Further properties of I
Triangle network with classical correlations
Conclusions
Characterizing quantum networks using coherence theory
Motivation
Covariance matrices and coherence
Networks with dichotomic measurements
Networks beyond dichotomic measurements
Characterizing networks with monogamy relations
Further results
Conclusions
Quantifying measurement and state resources with conic programming
Motivation
State discrimination with prior information
Incompatibility provides an advantage in state discrimination with prior information
Any set of POVMs provides an advantage in a tailored discrimination game
State assemblages and sub-channel discrimination
Convex weight and state exclusion
Conclusion
Dynamical resources and input-output games
Motivation
Input-output games
Sets of channels
Applications
Entanglement and incompatibility breaking channels
Channel incompatibility
G-covariant operations
Remarks on possible extensions
Relation to max-relative entropy
Conclusion
Channel incompatibility and the quantum marginal problem
Motivation
Mapping between channel compatibility and the marginal problem
Quantum memories
From states to channels
Entropic criteria
Self-compatibility of channels
From channels to states
Depolarising noise
Pairs of Bell-diagonal states
Conclusion
Summary and outlook
Acknowledgments
List of publications
Bibliography