Titlebook: Analogue Quantum Simulation; A New Instrument for Dominik Hangleiter,Jacques Carolan,Karim P. Y. Thé Book 2022 The Editor(s) (if applicable

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Distinctions with a Difference,lated connotations. Following a standard philosophical approach, we will start our analysis of analogue quantum simulation?in contemporary scientific practice with a number of terminological and methodological distinctions. Together these distinctions will prove crucial to achieving the requisite le

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Cold Atom Computation: From Many-Body Localisation to the Higgs Mode, spatially varying magnetic fields. The experimental implementation of the cold atom simulator is such that the system can be tuned to mimic condensed matter phenomena such as many-body localisation?and the Higgs mode. Detailed analysis of these case studies shows them to exemplify the notion of ana

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Emulation of Hawking Radiation in Dispersive Optical Media,so low, however, as to make experimental detection of Hawking radiation?from astrophysical black holes next to impossible. Various platforms for analogue quantum simulation?of Hawking radiation have been proposed, and, in some cases, implemented. The focus of our case study is quantum simulation of

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Understanding via Analogue Quantum Simulation,vide a framework for assessing claims of scientific understanding?in the context of analogue quantum computations and emulations that extends the modified simple view of model?based understanding, due to Strevens (.) and Reutlinger et?al. (.). The scientific details from the case studies of the last

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Norms for Validation and Understanding,orming analogue quantum computations is to obtain how-actually understanding?of formal properties of the target simulation model?and the goal when performing analogue quantum emulations is to obtain how-actually understanding?of physical target phenomena. In this chapter, we will develop . for under

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Closing Remarks,l effort will serve to spur scientists and philosophers to think and write more about the foundations of this fascinating yet perplexing new area of scientific practice. Here we offer some comments about conceptual issues for further thought and highlight some exciting recent scientific examples of