Quantum Gauge General Relativity |
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Authors: | WU Ning |
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Institution: | Institute of High Energy Physics, P.O. Box 918-1, Beijing 100039, China |
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Abstract: | Based on gauge principle, a new model on quantum gravity
is proposed in the frame work of quantum gauge theory of
gravity. The model has local gravitational gauge symmetry,
and the field equation of the gravitational gauge field
is just the famous Einstein's field equation. Because of
this reason, this model is called quantum gauge general
relativity, which is the consistent unification of
quantum theory and general relativity. The model proposed
in this paper is a perturbatively renormalizable quantum
gravity, which is one of the most important advantage of
the quantum gauge general relativity proposed in this paper.
Another important advantage of the quantum gauge general
relativity is that it can explain both classical tests of
gravity and quantum effects of gravitational
interactions, such as gravitational phase effects found
in COW experiments and gravitational shielding effects
found in Podkletnov experiments. |
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Keywords: | general relativity gauge field quantum gravity renormalization |
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