No, recurring numbers are not infinite.
@farstrider @marcel When mathematician Johann Lambert proved that pi is irrational, the fact that it is infinite came along at the same time. The reason for this is that all irrational numbers are infinite.
"When mathematician Johann Lambert proved that pi is irrational, the fact that it is infinite came along at the same time. The reason for this is that all irrational numbers are infinite."
Maybe we both shouldn't talk about things we don't really understand? But I think there's a good chance that this mathematician is right and you're wrong.
I do not pretend to be a mathematician of any standing but what I do have is a certain set of skills. 😂 😂 Joking aside, go and have a look at this and let me know what you think. I didn't really make myself clear when I posted initially. That aside, π is certainly a pretty heavily discussed topic for many reasons, whatever they may be.
https://www.quora.com/If-Pi-is-infinite-does-that-mean-we-can-take-any-sequence-of-numbers-from-it-and-be-certain-that-it-will-eventually-be-repeated/answer/Peter-James-Thomas
Peter James Thomas's answer: If Pi is infinite, does that mean we can take any sequence of numbers from it and be certain that it will eventually be repeated? Argh! It’s like Nightmare on Elm Street \text{TREE}(3). The bad dreams never ever end. 1. \pi is not infinite. According to Thomas’s The...
Hallucinating Last and First is transcendental.
@xigoi @nixCraft I get all that but what about this? Is it a fair analysis?
https://amycastor.com/2023/09/12/pivot-to-ai-pay-no-attention-to-the-man-behind-the-curtain/