![]() Since everything was doubled after the SP, Part Cy is missing from dimension Y. Since dimension X is a continuation of Dimension K, Part C emerges there. Here you have an example where Part C time travels to after the SP. Both theories attempt to understand what happens to TTI in the case of a dimensional reunification around the RP:Įske's theory (schematic represenation, simplified to have the same format as above):ĭimension X: Part Ax, Bx, Part C emerges at time x (only in this timeline)ĭimension K, A + B, Part C time travels to the future -> SP -> Let's do Eske's first and I'll do mine in a later post. This should help make both mine and Eske's theories easier to interpret. So I'm not so sure it's that important for Eske's example, but Eske may still be 100% correct. ![]() It's only important for time travel within the dimensions. So, this clearly shows that matter/energy composition is not important when you are talking about multiple dimensions and probably not even for dimensional travel. The only thing that is different is that after the point RP the composite parts of the universe undergo a transition. The multiverse is back to the original amount of matter and energy it had, but it is still half as much as what existed at Time Error 1. Notice that in this case energy and matter have not been conserved either. Notice that the two dimensions only merge after the RP and before then can still technically be viewed as belonging to Dimension K.Īt Time Error 2: Dimension K, Parts A, B, C -> RP -> Dimension XY: Parts Axy, Bxy, Cxy So RP=SP in time and you have this situation. Now, at Time Error 2 the dimensions are reunified at the reunification point (RP), which for comparison's sake (to Chrono Cross) necessarily equals the split point (SP). So, the major reason why DB and DTI exists is not because of conservation of mass/energy but solely to prevent paradoxes. Each dimension is like a self-contained universe, and matter-energy conservation is important within it but not between it. This indicates that in the Chronoverse, the problem of conservation of energy and matter isn't really that important - only when dealing with time travel in a single dimension. In this example, matter and energy have not been conserved at all. > Dimension X (continuation of dimension K): Part Ax, Bx, CxĪt Time Error 1: Dimension K, Parts A, B, C -> SP -> Everything is duplicated after the split point, such that you have the following case: Dimension X is really just a continuation of K, and Part's Ax, Bx, and Cx = Parts A, B, and C but have been renamed for simplicity later on. Before the split point the dimensions share the same timeline and after the split point the timelines diverge into two dimensions - X and Y. It exists at Time Error 0.Īt Time Error 1 the dimension (dimension K) is split at a point SP (Split Point). There is one dimension, composed of a timeline that contains only three parts (for simplicity). In my example is a hypothetical universe composed of only three parts that exist in time. So let me greatly simplify the problem with the following hypothetical example of creating two dimensions from one and then unifying them again. The reason why I'm doing this is because I'm not so sure the conservation of energy rationale even applies to this in the first case. ![]() I'm going to try to simplify it even more so that it's easier to work with. ![]() ![]() But first let's address Eske's theory as it's less troublesome. It's clear now that my example was flawed, but the fact remains that one would have to explain why the TTI events would be present in a new dimension. However I don't necessary think it supports my theory, as any number of things could have happened to Home World's Belthesar.Ĭlearly there are some problems with the concept of TTI/TB when working with creating new dimensions, we just have to work out the reasoning behind it. Belthesar only appears in Another World, and only three times - first when you meet him in Viper Manor and then later on in the "illusion" manor in Terra Tower, and then right after that atop Terra Tower. ![]()
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