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首页> 外文期刊>Physica Scripta: An International Journal for Experimental and Theoretical Physics >Einstein-Nordstrom theory as a frame for a theory of quantum gravity
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Einstein-Nordstrom theory as a frame for a theory of quantum gravity

机译：爱因斯坦 - Nordstrom理论作为量子重力理论的框架

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The Einstein-Nordstrom theory is proposed as a framework for a theory of quantum gravity, dividing the space of physical reality into a part longer than the radius of a proton and described by Einstein's classical field theory of gravitation and one smaller than the radius of a proton, for the Yang-Mills theories of elementary particles, with both of them separated by a common event horizon. This division of space is reflected into the division of classical Newtonian point particle dynamics and Helmholtz line vortex dynamics, leading to a non-dimensional number for stable vortex line configurations, as for the stability of the Karman vortex street in classical fluid dynamics, and here for the non-dimensional mass ratio, of the Higgs particle mass to the Planck mass. Setting the vortex core radius of the line vortices equal to the Planck length, Lorentz invariance is broken for energies larger than the Planck energy, whereby the underlying more fundamental symmetry is the Galilei group, establishing a preferred reference system. With the Hamiltonian operator there commuting with the particle number operator, this permits the existence of negative, as well as positive masses.
机译：提出了爱因斯坦 - Nordstrom理论作为量子重力理论的框架，将物理现实的空间除以比质子的半径长的部分，并由Einstein的经典领域的成像理论描述，一个小于A的半径质子，用于阳厂的基本颗粒理论，其中两者都被普通的事件视界分开。这种空间分工被反映在古典牛顿点粒子动态和亥姆霍兹线涡流动态的划分中，导致稳定涡旋线路配置的非尺寸数，至于经典流体动力学中的Karman Vortex Street的稳定性，以及这里对于非尺寸质量比，HGGS颗粒质量与刨花块质量。设置线涡流的涡旋核心半径等于普拉克长度，Lorentz Invariance被打破，用于大于Planck Energy的能量，从而实现更基本的对称性是Galilei组，建立首选的参考系统。随着汉密尔顿运营商与粒子数运营商通勤，这允许存在负面，以及正质量。

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