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Missing mass is an illusion Gravity = mass x distance / time? Gravity increases with spatial scale and in inverse proportion to the temporal scale Scale for Galactic cluster Space-time fractals Figure 93 Gravity increases with spatial scale and in inverse proportion to the — temporal scale Scale for Gravity is a force. Force equals mass times acceleration. Accelera- tion is distance per time squared. Decreasing the denominator (time) while increasing the numerator (space) gives us a rapidly increasing number. For instance, twenty divided by four (= 5) is higher than ten divided by five (= 2). When we multiply this number by another (mass) and the latter decreases less rapidly than the denominator (in absolute relativity, weighty mass diminishes when space increases), then the outcome will be significant enough to create a divergence The funny thing is that gravity (relatively) increases with distance. This is strictly in line with what we have observed. Indeed, the factor co c 1 tone a as wea of missing mass for a galaxy is between three and five compared to the estimated missing mass. However, it is ten or more for a galactic clus- ter! This means that space fractals (system scales) are linked to time fractals. In other words, the fractal changes in the time flow determine the gravitational potential. In a nutshell — and without taking into account the mass that attracts you — if you weigh 70 kg on the Earth scale, you will weigh The soft sciences: weightier than billions of suns 291 Missing mass is an illusion Gravity = mass x distance / time? determination between fractals. Here is our missing mass! Gravity on large scales has been highly underrated!