- #1
zankaon
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The opposite of a great truth is also a great truth - T. Mann
For example, the opposite of empty set {} is a non-empty set, such as the set of integers, or finite sets we experience in our mundane lifes.
Also a lesser context can define the greater context, and vice versa.That is, each is defined by what it is not i.e. its antithesis; for example, the antithesis of quanta and spacetime manifold.
So what if a physical model such as our universe, or a divergent cyclical set of universes (hence non-empty set with 1:1 correspondence to integers), has a greater context of simplest case i.e. empty set? Might this be indirectly inferred; of course without perturbing such alleged greater context? Such as if there were multiple 'universes'.
So could {} be introduced into consideration of a description of a larger context?
For example, the opposite of empty set {} is a non-empty set, such as the set of integers, or finite sets we experience in our mundane lifes.
Also a lesser context can define the greater context, and vice versa.That is, each is defined by what it is not i.e. its antithesis; for example, the antithesis of quanta and spacetime manifold.
So what if a physical model such as our universe, or a divergent cyclical set of universes (hence non-empty set with 1:1 correspondence to integers), has a greater context of simplest case i.e. empty set? Might this be indirectly inferred; of course without perturbing such alleged greater context? Such as if there were multiple 'universes'.
So could {} be introduced into consideration of a description of a larger context?