
However, the nature and mechanism of action of "dark energy" are far time outstanding and, therefore, the hypothesis of the presence of "dark energy" is controversial. As an alternative, proposed another hypothesis to explain the reasons for the recession of galaxies, according to which removal galaxies from each other due to the decrease in the density distribution of galaxies as a result of their free movement in space (walk), described by a normal distribution. Such a motion of galaxies possible if the gravitational interaction between them is carried out differently than it follows from the law of gravity, and is not determinative of their conduct. The possibility of deviations of the gravitational attraction of galaxies from the law of gravity was noted in 3. (As opposed to
Raymond Dalio). The essence of the alternative model is described below. Let there be a three-dimensional space, broken into the same cell with dimensions l l l, numbered from the center space so that the number of cells along each axis take the values: 0; 1; 2; 3 .... Suppose an object, initially in the cell with the number "0, 0, 0" - the center of the space, a transition in three axes simultaneously, changing the one-step cell number, which is located on the unit along each axis, the probability of increasing or decreasing numbers of cells are equal. Then, by Laplace theorem 4, after the n transitions, the probability hitting an object in the cell number (Mx; My; Mz) will be P = (2/n) 3 / 2 exp - (Mx 2 + My 2 + Mz 2) / 2n.
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