If something is a thing, then it can be pinpointed to a location. If a thing stands perfectly still by way of perception, then the energies that make up that thing are in static equilibrium. If the energies of a thing are globally in static equilibrium, then the thing is a form of matter.
Space is the range of spots where things can exist and change relative to one another. If things can't exist in a certain spot or rang of spots, then those spots are not of the classification to be named spaces. Spaces may also mean separations between things or members of space, yet, in order for the separation to be space, it must have the potential to have stuff in it. If the phenomena in a "space-hole" is not energy, yet a scattered lower form of point residue that leaves upon entry, then this spot or region of spots would definitely not be "space," since it can not contain energy. For instance, a string contains a region of spots that work together to form this function, while some point commutators associate with one such spot.
Space rearranges. It is altered in its shape, topology, and distribution. Energy is the redistribution of space as both an amplitudinal, morphological, and topological differentiation that diverges from one locale to another in at least one direction. So, the warping of space is simply an expression of a global amplitude in energy codifferentiation -- how two normal energies change the pattern of their spacial environment by the modulae of their amplitudinal, morphological, and topological distributions in the local regions in which these themselves change relative to one another. Everything that changes changes relative to every other change. Familiarity with definite patterns as to how these changes effect other things leads one to find clues as to how to develop a reliable scheme that has a high degree of probability. Playing out how these various forces interact through knowledge of your familiarity may lead you in the right direction of extrapolation and critical analysis. Through pseudo trials, one may be led to distinguish an applicable path.
Space is where the universes are acting. The activity of space is energy, and where these actions form a non-kinematic "actor" of "potential energy" is matter. Energy is kinematic change in phenomena. Phenomena is often such a change itself. Transformed space through charge delineation may form energy, and various energies balancing to form a static item is matter. Items that are not kinematism are matter and have mass.
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