RE: Infinitely Infinite Infinity (Or ix For Short) - A New Theory Of Everything
Very good article. Did you finish studies in physics or study physics?
I study mathematics. Just ended semester I have been attending Set Theory course. Cardinal numbers are powers of sets. You probably know, that the power of natural numbers is the same as integer numbers and even the same as rational numbers and even the same as algebraic numbers.
But in Zermelo-Fraenkl theory, there is no set of all cardinal numbers. But we also know, that there is no biggest cardinal number, it follow from axiom of power set. From the other side, in ZF (even ZFC with added axiom of choice) we cannot prove or disprove existence of "big cardinal numbers". Big cardinal number is cardinal number such that if set X has power less than it, then also power set of X has power less than it. (and it holds for every set with cardinal number less than it).
I can write more but I dont know if You are interested in reading it :)
I probably have less physics knowledge than You, last year I read popular Christopher's Galfard book. And I've just bought cheap ebook in differential geometry, which is strongly used in physics :)
Thank you so much for your comment. I didn't go to college, but I learned a lot from reading online. And I would love to hear more about math.
What did you think of the ix equation? I realize that it also works with the number 1 as i, but it was sort of intended to express how different directions in Infinity all kind of point the same way. Multiplication and division would have the same result when dealing with Infinity because both results would be an infinitely long set of values. With Infinity there's no beginning or end, so every infinitely long value set matches every other infinitely long value set, even if we don't see any matches from our finite perspective.
Like for example, from Infinity's point of view, Pi and Tau (if it's true that they're both infinitely long in base ten) are the exact same sequence of digits, just with the decimal place in a different spot.
I know that people say Pi doesn't even repeat, but I think it's incredibly narrow-minded; and I'm pretty sure they're only parroting what mathematicians say about our finite data-set of Pi (we may not have found the repetition yet, but we haven't even begun to approach Infinity yet either). Anything finite in infinity would have to have infinite instances because Infinity is infinite.
It's like how a hotel with an infinite number of guests would have an infinite number of you's and an infinite number of me's staying there. But if there were only ten possible people (like in base ten math) then the Infinity Hotel Guest Book would have an endless (and beginning-less) list of the same ten people checking in an infinite number of times in every possible order that they could arrive in.
So then that should also mean that if there's an Infinity Ghetto Cardboard Box where an infinite number of instances of all ten people (base ten still) had slept, then an exact copy of the Infinity Hotel's Guest Book should be scribbled on the inner wall of the Infinity Ghetto Cardboard Box, maybe in the form of "Mr One was here", and "Two wuz here too, dude", and even "For a good time call Three", and so on... But here's the thing, since infinity doesn't have a beginning or end, then both lists would have the same people (or numbers if we're talking about math) in-the-exact-same-order, it would line up perfectly no matter what order people thought they were arriving in.
Whenever someone says "nuh-uh, that doesn't match", just zoom out into Infinity until it lines up ;)
Someone might say, "Well just keep zooming out even more until it doesn't match, and then what?", but really though, who's to say which Finite representation of the Infinite curve is the 'correct' representation to represent Infinity if they're all valid Finite representations? It's a little bit like wondering which Rick is the Rickiest Rick. (Maybe some Ricks might have PhD's and other Ricks might have cancer, but maybe academic success comes easily to Rick's but cancer, while scary, could lead to a life-changing existential epiphany. Who's to say which Rick is the Rickiest?) Besides, if you just zoom out again, even more farther still, then you'll eventually run into other islands of matches where everything lines up with everything else again.
When it comes to Pi, it is proven that EVERY finite sequence of ziphers occurs in decimal representation of Pi. And therefore, every finite sequence occurs infinitely many times, because every finite sequence is subsequence of arbitrarily many longer sequences, which also occur there. So for example, in Pi we can have sequence of '0123456789' repeated 10^(24^(576^(21860))) times!!! But it does not happen for any irrational real number.
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hi man pls help me man
Are you okay?