Ring Paradigm as Quantum Gravity
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Date
2019
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Abstract
Construction of a model of Quantum Gravity, which will be one day in concordance with experiments, is one of the most fascinating tasks which we have in modern theoretical physics. There are common phenomenons for all of the approaches to quantum gravity, which were developed so far. We mention the non-locality, dark energy and dimensional reduction. Then we introduce the concept of nonlinear graviton and we suggest the mathematical apparatus for Quantum Gravity. We discuss further the problematics of Feynman path integral. We end with a possible experimental evidence for our approach and we pose a list of open questions.
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Subject(s)
quantum gravity, determinism, background independence, nonlocality, dimensional reduction
Citation
ISSN
1742-6596
ISBN
978-3-16-148410-0