Gravity: WEP, Gauge Theory, Quantization, Unification

Hui Peng
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Abstract

A gauge theory of gravity with an internal symmetry U(1), denoted as Gravito-dynamics, is established, which is dual to the Electrodynamics and complies with Special Relativity. The Gravito-dynamics is quantized and renormalized, denoted as QGD. The Gravito-dynamics is unified with Electrodynamics at classical level, and QGD is unified with QED at quantum level, denoted as Electro-gravity interaction. Following the line of generalizing the U(1) Electrodynamics to Yang-Mills theory, we generalize the U(1) gravity to SU(2) gravity that indicates short-range gravity. Two thought-experiments are proposed to test the underlying physics of the U(1) gravity and to detect the particle nature of gravitational wave that leads to wave-particle duality of gravitational radiation.
重力:WEP,规范理论,量子化,统一
建立了一个内部对称U(1)的引力规范理论,表示为引力动力学,它与电动力学对偶,符合狭义相对论。重力动力学被量子化和重整化,记为QGD。引力动力学在经典水平上与电动力学统一,QGD在量子水平上与QED统一,记为电引力相互作用。按照将U(1)电动力学推广到Yang-Mills理论的思路,我们将U(1)引力推广到SU(2)引力,表示短程引力。提出了两个思想实验来测试U(1)引力的潜在物理特性,并探测引力波的粒子性质,从而导致引力辐射的波粒二象性。
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