I was just thinking the other day about how much I liked the thing you sent me.
Surely there's more from where that came from.
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x is an irrational number if and only if the set { nx mod 1 | n is a natural number } is dense in [0,1].
Ugh, I also just found my half-annotated Rebirth. I was going to make a topic about it, but felt bad. Has that changed dramatically since you send me a copy (I guess like... a year ago last April) that I should finish it? It's now staring at me very disappointedly from one end of my desk. I am a terrible guy who reads stuff :-(
But uh... yeah. The first two chapters (and then some others) of that are done first-draft-wise. I'd love your input on more or less whatever. I just feel like a jerk who still owes you in-depth commentary.
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You wanna do another swap? I've actually reworked the first three/four chapters of Rebirth, so perhaps it's an excuse for a fresh start, ha. But I'd be happy to read anything you've got...because I need things to do right now.
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x is an irrational number if and only if the set { nx mod 1 | n is a natural number } is dense in [0,1].
Yeah, let's make that happen. I'll see if I can finish up the third chapter and then I'll drop you some stuff. You're still using gmail?
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Same email.
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x is an irrational number if and only if the set { nx mod 1 | n is a natural number } is dense in [0,1].