Titlebook: Device-Independent Quantum Information Processing; A Simplified Analysi Rotem Arnon-Friedman Book 2020 The Editor(s) (if applicable) and Th

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Handbook of Religion and Social Institutionsained compared to classical information processing. In most applications, the starting point of the analysis is an explicit and exact characterisation of the quantum apparatus, or device, used to implement the task of interest.

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John P. Bartkowski,Todd L. Matthewscepts or rejects the answers. In order to do so, they can agree on a strategy beforehand, but once the game begins communication between the players is not allowed. If the referee accepts their answers the players win. The goal of the players is, naturally, to maximise their winning probability in the game.

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John P. Hoffmann,Stephen J. Bahr the entropy accumulation theorem (Chap. .), are the first to be applicable in the device-independent setting. As such, they have opened the possibility of a significantly simpler analysis of device-independent information processing tasks.

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Introduction,rent ways of manipulating quantum states. Crucially, the analysis of quantum information processing tasks must be based, in one way or another, on the actual physical processes used to implement the considered task; the physical processes must be inherently quantum as otherwise no advantage can be g

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Introduction to the Showcases,allel repetition, we think of a game . as follows. A referee asks each of the cooperating parties, also called players, a question chosen according to a given probability distribution. The players then need to supply answers which fulfil a pre-determined requirement according to which the referee ac

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Outlook,ion processing in the last decade and more. The tools used, unfortunately, were not applicable when considering device-independent information processing tasks, where the devices being analysed are uncharacterised. The reductions presented in the thesis, namely the de Finetti reduction (Chap. .) and