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300 kg on the galactic scale and one ton on the scale of a large galactic cluster. Scary, isn’t it? Do not worry. On the atomic scale you will feel as light as a feather. However, you are still the same person. In absolute relativity, the more there is space, the less there is time. Therefore, the vaster the spatial scale, the stronger the gravitational pull. On the other hand, according to absolute relativity, the smaller the scale, the weaker it should be. It is strange (considering the role of coin- cidence) that gravitational interaction is the weakest force of nature... on the microscopic scale! It is 10* times (one plus thirty-six zeros!) 1 a a 1 c It is not surprising that physicists have crawled through every nook and cranny to find it, but in vain. It has disappeared! Would you like to know how antigravity works? Take the mechanisms of the infinitely small and apply them to a larger scale! This fractal law can be violated, just like the causality subject to this scale. Fussy readers could point out that the definition of this force should also be applied to the other fundamental forces, which would cause them to increase with distance, just like gravity. However, what distin- guishes traditionally defined force from an interaction is the existence Quantum gravity is an illusion Gravity = mass x distance / time? Gravity decreases with spatial scale and in inverse proportion to the temporal scale Creatu SS | Space-time fractals € Molecule “Atom Figure 94 292 The Science of Extraterrestrials: UFOs Explained at Last * Eric Julien weaker than the nuclear force. Quantum gravity is an illusion