(a) Closed lists (volumes together with mass), just like elementary particles. Their central spacetime "pushes" this adjacent spacetime to be able to create room. Thus, "closed volumes" produce a new convex curvature regarding spacetime. Since the second option possesses qualities of elasticity (Einstein), that exerts a force to the floor of the volumes. As a result, some sort of "mass effect" appears, i.e. an influence owning all of the characteristics with mass. The size part could be removed from the stress by way of straightforward mathematical experditions (see the particular mathematical demo section). This conducts to a 4D expression of the mass: m = f(x,y,z,t).
(b) Open Volumes (massless volumes): It is just a vacuum, but often associated with several forms such as the level regarding orbitals as well as the place between atoms. These amounts exist but they're "porous" related to spacetime. More exactly, there're foreclosures variations of spacetime although that regarding curve spacetime themselves. Therefore, wide open sizes will be massless since simply no curvature indicates no bulk (Einstein).
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