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      Background Independence in Classical and Quantum Gravity

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      Firm sale: non returnable item
      SKU 9780192889119 Categories ,
      It is often claimed that any quantum theory of gravity needs its defining equations to be independent of a particular spacetime geometry. James Read illuminates our understanding of background independence by mapping its possible definitions and assessing how various classical and quantum theories o...

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      Description

      Product ID:9780192889119
      Product Form:Hardback
      Country of Manufacture:GB
      Title:Background Independence in Classical and Quantum Gravity
      Authors:Author: Dr James Read
      Page Count:160
      Subjects:Philosophy: metaphysics and ontology, Philosophy: metaphysics & ontology, Philosophy of science, Quantum physics (quantum mechanics and quantum field theory), Philosophy of science, Quantum physics (quantum mechanics & quantum field theory)
      Description:It is often claimed that any quantum theory of gravity needs its defining equations to be independent of a particular spacetime geometry. James Read illuminates our understanding of background independence by mapping its possible definitions and assessing how various classical and quantum theories of gravity fare on these criteria.
      It is often claimed that Einstein''s magnum opus---his 1915 theory of General Relativity---is distinguished from other theories of space and time in virtue of its background independence. It''s also often claimed that background independence is an essential feature of any quantum theory of gravity. But are these claims true? This book aspires to offer definitive answers to both of these questions, by (a) charting the space of possible definitions of background independence, and (b) applying said definitions to various classical and quantum theories of gravity. The outcome, in brief, is as follows: General Relativity is not unique by virtue of its background independence (and, indeed, fails to be background independent on some popular definitions); moreover, the situation in the case of quantum theories of gravity is delicate, because (i) there are viable such theories which (by some accounts, at least) fail to be background independent, but also (ii) theories (e.g. perturbative string theory) which have often been dismissed for (allegedly) being background dependent in fact, on many accounts, are better classified as background independent. In giving these answers in rigorous detail, this book seeks to elevate the standards and generality of future discussions of background independence in the foundations of spacetime theories.
      Imprint Name:Oxford University Press
      Publisher Name:Oxford University Press
      Country of Publication:GB
      Publishing Date:1900-01-01

      Additional information

      Weight402 g
      Dimensions163 × 241 × 17 mm