Reality: A Very Short Introduction
'What is real?' has been one of the key questions of philosophy since its beginning in antiquity. It is a question that, due to such films as The Matrix, has also made its way into popular culture. But it is not just a question philosophers ask. It is also asked by scientists when they investigate whether the fundamental constituents of matter are actually 'out there' or just a mere abstraction from a successful theory. Cognitive scientists ask it when trying to find out which set of the bewildering array of data processed by our brain could constitute the basis for such supposedly fundamental entities like the free agent or the self. This Very Short Introduction discusses what reality is by looking at a variety of arguments, theories and thought-experiments from philosophy, physics, and cognitive science. ABOUT THE SERIES: The Very Short Introductions series from Oxford University Press contains hundreds of titles in almost every subject area. These pocket-sized books are the perfect way to get ahead in a new subject quickly. Our expert authors combine facts, analysis, perspective, new ideas, and enthusiasm to make interesting and challenging topics highly readable.
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(NOTE: I read the Kindle version of this book.) There are as many theories of reality as there are philosophers. That much said, one would expect from an introductory text an attempt to summarize the ... Read full review
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1984 definition A-series actually airy pattern Andromeda apocalyptic definition appears argument assume atoms behaviour beliefs Benjamin Libet Block Universe theory body butterfly causes cells cellular automaton chain chapter collapse computer’s conscious Daniel Dennett David Dennett’s described dreaming right earth everything existence fact false awakenings feel fundamental future genes Gödel universe happened hole human mind idea illusion interact John Johnson’s definition Libet located look Lucid Dreaming M. C. Escher Mahal material objects mathematical objects matter measuring device memes mental Michael milliseconds molecules moving Nick Middleton observer ourselves past perceive perception philosophical phosphor screen physical piece possible probability wave processes properties quantum mechanics quantum object readiness potential real according reality refer regarded replicating rubber hand S-stimulus scenario Science seems sensation simultaneous subatomic particles subjective Taj Mahal talk temporal thought turtle definition unified University Press unreal variant Vasubandhu waking wave function Zhuangzi