> Pick any large bound you want from the set of integers, whether it's from 1 million to 10 million, or negative a trillion to positive a trillion trillion tril

> Pick any large bound you want from the set of integers, whether it's from 1 million to 10 million, or negative a trillion to positive a trillion trillion trillion. It's always going to converge to integers being twice the size of even integers. I think you have to understand this: Even the largest of numbers you can fathom (ie: 10e5000, as in gazillions of trillions) is still closer to 0 than to infinity. We know the set is smaller (or half) for a determined infinity. What we don't know, is how big the size is going to be when you "go" to infinity.