Iirc (and as an extreme novice) superconductors allow for transfer of incredible amounts of energy with little to no loss, but require extreme supercooling to do so. A superconductor that doesn’t need that cooling would allow super-efficient energy transfer with very little to no cooling needed, meaning the overhead costs are reduced dramatically.

This would be a wonder technology if proven to be true, but my understanding is most of the rest of the world is highly skeptical at the moment. It’s like having your cake and eating it too.

Sure, except the randos will be narrowed to an extremely small subset of the population.

Like, one-in-a-hundred-million small.

I see the points you’re making.

I still disagree with your position.

If the vast majority of people also disagree with you, would you still hold your position on this?

Seeing that you’re from Canada, why is this so? Why is living in Canada so expensive relative to elsewhere?

Does adding rocks to a rock make it rockier, or harder? Does it become a rocky rock?

I mean, Cantor said so, not I. But an easy example

Imagine a list of all whole numbers. 1, 2, 3 on up and up. Obviously this list is infinite - numbers do not end.

Now imagine a list of all real numbers - that is, all numbers plus their decimal amounts between each while number. 1, 1.1, 1.11, 1.12, 2, 2.1, and so on. This list is also infinite - but it is also inherently larger than the infinite list of only whole numbers. It has more numbers.

Fun fact: you can have multiple sets of infinities and even though all are infinite, that does not mean they are all equal. See Georg Cantor.

One of the biggest things I miss about Apollo was the ability to group and order my saved posts, and then search for them. I can’t wait for Wefwef (or perhaps another app…) to bring back that functionality here.