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#PerfectNumber
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#oddperfectnumber #perfectnumber #famousopenproblem #6days #perfectnumbers #numbertheory #LTElemma
I got this. I fought scrappily and incidentally made some errors even as I correctly rapidly claimed certain territory. ChatGPT[it], then "you"[ChatGPT].
heffern-my.sharepoint.com/personal/web...

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#oddperfectnumber #perfectnumber #famousopenproblem #6days #perfectnumbers #numbertheory #LTElemma
I got this. I fought scrappily and incidentally made some errors even as I correctly rapidly claimed certain territory. ChatGPT[it], then "you"[ChatGPT].
heffern-my.sharepoint.com/personal/web...

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Anyway, I didn't totally trust "PROOF 2" so I created a "PROOF 1." #overachiever #fire #happybirthdayemiliakitkat #perfectnumber #perfectnumbers #oddperfectnumber

heffern-my.sharepoint.com/:b:/p/webster/…

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This I think makes sense. I now need to write the "crazy tricky algorithm" in question in the middle, but that shouldn't be too bad. #perfectnumbers #numbertheory #oddperfectnumber #perfectnumber lnkd.in/g6GJqKVB

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"Your hope worked! I'm at nitty-gritty finish line stuff. The way I'm comparing sums of collections of residuals here is totally novel, off-the-beaten-path, and giving results. "Hence" brilliant :P." #perfectnumber #oddperfectnumber #numbertheory #math

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Okay this time I fucking got it. And a whole lot more unnecessary stuff – ha. But see the product of all the exponents is the number of individual residuals, assigning the modularity of the numerator... then you've got a problem. #perfectnumber #oddperfectnumber

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Behold: the proof that an odd number cannot be a #perfectnumber. And you, sir, are an odd number.

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Hheheheeh.

#perfectnumber

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The definition of a Perfect Number is taking the divisors of a number and add them together and if you get the original number then it is perfect. Example 6 is divisible by 1, 2, and 3 and added together equals 6. #PerfectNumber

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