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A quantized spacetime based on Spin(3,1) symmetry

机译:基于Spin(3,1)对称性的量化时空

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摘要

We introduce a new type of the spacetime quantization based on the spinorial description suggested by loop quantum gravity. Specifically, we build our theory on a string theory inspired Spin(3, 1) worldsheet action. Because of its connection with quantum gravity theories, our proposal may in principle link back to string theory, connect to loop quantum gravity where SU(2) is suggested as the fundamental symmetry, or serve as a Lorentzian spin network. We derive the generalized uncertainty principle and demonstrate the holographic nature of our theory. Due to the quantization of spacetime, geodesics in our theory are fuzzy, but the fuzziness is shown to be much below conceivable astrophysical bounds.
机译:我们引入了一种新的时空量化方法,它是基于环量子引力所建议的脊柱描述。具体来说,我们以弦论为灵感的Spin(3,1)worldsheet动作建立了理论。由于它与量子引力理论的联系,我们的建议原则上可以链接回弦论,连接到以SU(2)作为基本对称性的环状量子引力,或者用作洛伦兹自旋网络。我们推导了广义不确定性原理,并证明了我们理论的全息性质。由于时空的量化,我们的理论中的测地线是模糊的,但模糊性却远远低于可以想象的天体物理界限。

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