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Is a 4-D space time continuum literally "larger" than an infinite 3-D space? The tiering system page says that low 2-C is affecting a space "qualitatively larger than an infinitely sized 3-D space" but what does "qualitatively larger" mean? I think that a space-time continuum can exist but not be universal in size which apparently doesn't qualify for low 2-C but if it's as big as a universe or larger, does this space-time continuum then be "larger" than an infinite 3-D space? Please explain.