对引力的另一种思考
Alternative Reflections on Gravitation
摘要：
假设两个质量m1和m2之间的主要相互作用不是牛顿引力定律所假设的吸引力，而是排斥力。m1和m2都发射和吸收引力辐射。与光学定律相对应，吸收与产生排斥力的脉冲转移相联系。然而，如果m1和m2嵌入在宇宙中所有质量产生的引力辐射中，m1和m2的吸收导致它们之间引力辐射的强度降低，从而产生完全符合牛顿定律的吸引力。所谓的万有引力常量并非常数。它局部地取决于宇宙中质量的排列。它可以接受通常用暗物质的存在来解释的高值。由于所有质量之间的排斥性质的主要力量，宇宙的膨胀是一个内在的属性。在球状星团和星系的凸起中观察到，初级引力、排斥力和次级引力、吸引力之间的平衡可以稳定高度集中的质量积累。
英文摘要：
It is assumed that the primary interaction between two masses m1 and m2 is not attractive as postulated by Newton's law of gravitation, but repulsive. Both m1 and m2 emit and absorb gravitational radiation. Corresponding to the laws of optics the absorption is connected with an impulse transfer that produces the repulsive force. If, however, m1 and m2 are embedded in the gravitational radiation produced by all the masses of the universe the absorption by m1 and m2 leads to a reduction of the intensity of the gravitational radiation between them, thus creating an attractive force exactly as described by Newton's law. The so called universal gravitational constant is no constant. It locally depends on the arrangement of the masses in the universe. It can accept high values which are usually explained by the existence of dark matter. Due to the primary forces of repulsive nature between all masses the expansion of the universe is an intrinsic property. The balance between primary, repulsive and secondary, attractive gravitational forces can stabilize highly concentrated mass accumulations as they are observed in globular clusters and the bulges of galaxies.
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