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- 1.4756964 arxiv "1209.3511".
- 1.4756964 date "2012".
- 1.4756964 doi "10.1063/1.4756964".
- 1.4756964 first1 "John F.".
- 1.4756964 isCitedBy Physics_beyond_the_Standard_Model.
- 1.4756964 journal AIP_Conference_Proceedings.
- 1.4756964 last1 "Donoghue".
- 1.4756964 pages "73".
- 1.4756964 quote "One can find thousands of statements in the literature to the effect that “general relativity and quantum mechanics are incompatible”. These are completely outdated and no longer relevant. Effective field theory shows that general relativity and quantum mechanics work together perfectly normally over a range of scales and curvatures, including those relevant for the world that we see around us. However, effective field theories are only valid over some range of scales. General relativity certainly does have problematic issues at extreme scales. There are important problems which the effective field theory does not solve because they are beyond its range of validity. However, this means that the issue of quantum gravity is not what we thought it to be. Rather than a fundamental incompatibility of quantum mechanics and gravity, we are in the more familiar situation of needing a more complete theory beyond the range of their combined applicability. The usual marriage of general relativity and quantum mechanics is fine at ordinary energies, but we now seek to uncover the modifications that must be present in more extreme conditions. This is the modern view of the problem of quantum gravity, and it represents progress over the outdated view of the past."".
- 1.4756964 title "The effective field theory treatment of quantum gravity".
- 1.4756964 volume "1473".