Trixie wrote:schrondinger's cat
Dany0 wrote:We assume the voxel field has infinite resolution SICKfudge. If we assume the spherical cow was able to move into the voxel field without changing it's shape, we also have to assume it's material thickness has changed, since the voxel field is in a strict matrix. But in order to do that we have changed it's shape, therefore we have to size it down so much that we can change it's thickness without affecting it's original shape. However this is impossible due to 2nd law of voxel dynamics, unless the object is getting shrunk under 1 voxel. Therefore, the spherical cow is now endlessly empty.
Any questions?
Dany0 wrote:We assume the voxel field has infinite resolution SICKfudge. If we assume the spherical cow was able to move into the voxel field without changing it's shape, we also have to assume it's material thickness has changed, since the voxel field is in a strict matrix. But in order to do that we have changed it's shape, therefore we have to size it down so much that we can change it's thickness without affecting it's original shape. However this is impossible due to 2nd law of voxel dynamics, unless the object is getting shrunk under 1 voxel. Therefore, the spherical cow is now endlessly empty.
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Any questions?
Dany0 wrote:We assume the voxel field has infinite resolution SICKfudge. If we assume the spherical cow was able to move into the voxel field without changing it's shape, we also have to assume it's material thickness has changed, since the voxel field is in a strict matrix. But in order to do that we have changed it's shape, therefore we have to size it down so much that we can change it's thickness without affecting it's original shape. However this is impossible due to 2nd law of voxel dynamics, unless the object is getting shrunk under 1 voxel. Therefore, the spherical cow is now endlessly empty.
Any questions?
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