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Do leptons generate gravity? First laboratory constraints obtained from some G experiments and possibility of a new decisive constraint

机译:轻子会产生重力吗?从一些G实验获得的第一个实验室约束条件和新的决定性约束条件的可能性

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The equivalence of the active and passive gravitational masses has been tested in the laboratory to an accuracy of about 5 parts in 10(5). However, this level of sensitivity is not enough to answer the important question whether leptons generate gravity. We point out that some of the contemporary experiments aimed at re-determining the Newtonian gravitational constant, G, have reached the level of sensitivity required to provide the first meaningful result from a direct experiment on this important issue. Stronger constraints on the hypothesis that leptons do not generate gravity could be more decisively provided by still other G experiments if their aimed sensitivities are maintained in experiments with different sets of source masses. (C) 2001 Published by Elsevier Science B.V. [References: 23]
机译:主动和被动重力质量的等效性已经在实验室中进行了测试,精度约为10(5)的5份。但是,这种灵敏度不足以回答轻子是否产生重力这一重要问题。我们指出,一些旨在重新确定牛顿引力常数G的当代实验已经达到了对这个重要问题进行直接实验得出首个有意义结果所需的灵敏度水平。如果在不同来源质量的实验中保持了轻子的目标敏感性,则对其他轻子G实验可以更果断地提供对轻子不产生重力这一假说的更强约束。 (C)2001年由Elsevier Science B.V.出版[参考文献:23]

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