Authors: Austin J. Fearnley
Simulations using Visual Basic code are carried out on motions, along a one dimensional line, of a population of 100 positive and negative masses under their own gravitational forces. The negative masses were seen to repel one another along the line and uniformly occupy the line. The positive masses were initially located as two static clumps and they remained as two clumps without greatly expanding the sizes of the clumps. The clumps separated further apart, in time, accelerating away from each other. Some of the negative masses clustered near the two positive mass clumps, in a similar way to how dark matter clusters near galaxies. The negative masses act to constrain a positive mass clump by surrounding it and repelling the masses back towards the centre of the clump. So negative mass operates by repulsion to obtain a similar effect that dark matter is supposed to obtain by attraction. Replenishment of negative masses as they fill the space along the line is unnecessary as the results show continuous acceleration.
Comments: 10 Pages.
[v1] 2018-07-14 06:37:28
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