When Disorder in a System Is a More Powerful State Than Order

Firstly, this flies in the face of the Law of Entropy.

It may require a pansversal understanding of systems, as opposed to the known universe.

Currently, division in the universe is problematic because travel does not occur by first traveling a fraction of the distance because that is impossible, but if there were another dimension that is the space between dimensions, this could be of importance, such that allowing for a system regulated space between matter is actually more ordered than having less space between matter. For example, having a designated space for matter to enter, a space between, allows for matter to fill that gap of the space between, such that the space between is indicative of a higher, more powerful state of order, especially in dense systems, but not present in less dense systems.

This idea was generally thought of as delta G where delta G describes whether or not a reaction will occur where more bonds are more powerful than fewer bonds, but what I suggest here is that in an ordered system space can serve as a place a chemical can enter, such that space in a dense system serves can serve as a place holder for a site of chemical bonding anticipation in a system, rather than always contributing to entropy.