I wrote a short simulation in Matlab to help visualize how energy causes cells to deform which in turn effects neighboring cells.
Above is an animation of an energetic mass-bearing particle moving through spacetime cells. The plots below then further explain what is being depicted. A simulation of a massless particle is upcoming, the major difference being massless energy does not increase the volume of cells but rather stretches and contorts them. Of course this is a simplified model. In reality many particles are conglomerates of mass and massless energy.
The following plots all have four subplots. The top left plot shows how the observed force pulling inward towards the cell with energy drops off with distance. The plot below it shows one row of cells. The dotted cells show where the expanded cell and the surrounding compressed cells were positioned before the energy expansion occurred. The upper-right plot shows the simulated matrix of cells with the energy-containing cell travelling from the bottom left of the matrix to the to the top right. This is the hyper-dimensional view or the “God view”. Note how the cells immediately adjacent to the energetic one are stretched and compressed, and how the cells return to normal as the distance from the energetic cells increases. The final bottom right plot shows the traditional intra-dimensional plot or the “internal view”. This view visualizes the gravitational force by drawing a well, and the deeper a cell is, the stronger the gravitational force.
The last plot has the same subplots, but a cell with even more energy is shown.
