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QUANTUM APPROACH TO THE GRAVITATIONAL WAVES | Science Publications

机译:引力波的量子方法|科学出版物

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> The study proposes a quantum approach to explain existence and main features of the gravitational waves radiated by an isolated two body orbiting system. The quantum eigenvalues of such a system are calculated with the help of the space-time quantum uncertainty, without additional hypotheses via an ?ab initio? model. The approach is deliberately non-relativistic: The model does not implement any relativistic assumption and shows that the mere quantum approach is enough to get energy loss and orbit radius contraction coincident with that early inferred by Einstein. However the outcomes of the model also show features typical of the quantum systems, which are purposely discussed.
机译: >研究提出了一种量子方法来解释由孤立的两体轨道系统辐射的引力波的存在和主要特征。这种系统的量子特征值是借助时空量子不确定性来计算的,而无需通过“从头算”的假设。模型。该方法故意是非相对论的:该模型没有实现任何相对论的假设,并且表明仅量子方法足以使能量损失和轨道半径收缩与爱因斯坦早期推断的一致。但是,模型的结果也显示了量子系统的典型特征,对此进行了有针对性的讨论。

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