Notices by MercurialBlack (mercurialblack@pleroma.mercurial.blog), page 11
-
MercurialBlack (mercurialblack@pleroma.mercurial.blog)'s status on Tuesday, 13-Jun-2023 16:06:51 JST MercurialBlack @sysrq @kirby YOU DO NOT EXIST YOUR HEART IS VOID AND YOUR BRAIN IS A TAUTOLOGY -
MercurialBlack (mercurialblack@pleroma.mercurial.blog)'s status on Tuesday, 13-Jun-2023 16:06:50 JST MercurialBlack @sysrq @kirby SCREAM YOUR CONTRADICTION O SON OF ADAM -
MercurialBlack (mercurialblack@pleroma.mercurial.blog)'s status on Tuesday, 13-Jun-2023 16:06:49 JST MercurialBlack @sysrq @kirby AU CONTRAIRE MON NIGGÈRE I"M ONE OF THE FEW STILL SANE
I EXIST FUCK YOU I EXIST -
MercurialBlack (mercurialblack@pleroma.mercurial.blog)'s status on Tuesday, 13-Jun-2023 16:06:48 JST MercurialBlack @sysrq @kirby WHAT ARE YOU MOTHER FUCKER WHAT ARE YOU -
MercurialBlack (mercurialblack@pleroma.mercurial.blog)'s status on Tuesday, 13-Jun-2023 16:06:46 JST MercurialBlack @sysrq @kirby *Oa-oatmeal -
MercurialBlack (mercurialblack@pleroma.mercurial.blog)'s status on Tuesday, 13-Jun-2023 16:06:46 JST MercurialBlack @sysrq @kirby 2 Oatmeal Kirby is a Pi-ink Guy -
MercurialBlack (mercurialblack@pleroma.mercurial.blog)'s status on Tuesday, 13-Jun-2023 16:06:45 JST MercurialBlack @sysrq @kirby NO NO NO FUCK YOU FUCK YOU
I DONT WANT TO KNOW WHAT YOURE NOT, DONT DEFINE YOURSELF BY CONTRADICTION, DEFINE YOURSELF BY ASSERTION
TELL ME YOUR TYPE, NOT WHAT YOUR TYPE IS NOT -
MercurialBlack (mercurialblack@pleroma.mercurial.blog)'s status on Tuesday, 13-Jun-2023 16:06:43 JST MercurialBlack @sysrq @kirby This is the second time you've failed god DAMN it -
MercurialBlack (mercurialblack@pleroma.mercurial.blog)'s status on Tuesday, 13-Jun-2023 16:06:42 JST MercurialBlack @DerLeere @sysrq @kirby I hate filenames with spaces -
MercurialBlack (mercurialblack@pleroma.mercurial.blog)'s status on Tuesday, 13-Jun-2023 15:37:44 JST MercurialBlack @kirby 9uf8a7ufinqfmaefm'
][ lf[
] apsfoasif 9q8e7q86ebw6 b fndsa hdjsah ff sf
f dasjf dijsaf9ewi98r8yiusygiuynashafda fateioota fdsaf asoew
43 -
MercurialBlack (mercurialblack@pleroma.mercurial.blog)'s status on Tuesday, 13-Jun-2023 15:37:42 JST MercurialBlack @CentaurBreeder @kirby Not transphobic enough for my tastes smh -
MercurialBlack (mercurialblack@pleroma.mercurial.blog)'s status on Monday, 12-Jun-2023 11:24:54 JST MercurialBlack @ceo_of_monoeye_dating @meso I don't see how a > b -> a - b > 0. -
MercurialBlack (mercurialblack@pleroma.mercurial.blog)'s status on Monday, 12-Jun-2023 11:24:52 JST MercurialBlack @ceo_of_monoeye_dating @meso is that allowed? Manipulating both sides of a relation means applying a function which preserves the relation, so I'd think we'd need to prove that f(x) = x - b is monotonic -
MercurialBlack (mercurialblack@pleroma.mercurial.blog)'s status on Monday, 12-Jun-2023 11:24:51 JST MercurialBlack @ceo_of_monoeye_dating @meso well yeah if we just accept the first thing as true then definitionally it's monotonic and there's nothing more to be done -
MercurialBlack (mercurialblack@pleroma.mercurial.blog)'s status on Monday, 12-Jun-2023 11:04:56 JST MercurialBlack @ceo_of_monoeye_dating @meso The whole thing that sparked this was my trying to prove a>=b and c>=d, then a+c >= b+d. That is, the monotonicity of the real numbers with a preorder relation. -
MercurialBlack (mercurialblack@pleroma.mercurial.blog)'s status on Monday, 12-Jun-2023 11:04:55 JST MercurialBlack @ceo_of_monoeye_dating @meso And I mean we need to be careful since >, < and >= don't exist in this case. I think equality still does, though, since a = b iff a <= b and b <= a.
[edit: typo. <= to >=] -
MercurialBlack (mercurialblack@pleroma.mercurial.blog)'s status on Monday, 12-Jun-2023 10:35:43 JST MercurialBlack @gav @meso Because we don't start with numbers we start with logic symbols, and then from there sets, and from there numbers.
A lot of it is just being extremely thorough with definition. -
MercurialBlack (mercurialblack@pleroma.mercurial.blog)'s status on Monday, 12-Jun-2023 10:34:21 JST MercurialBlack @gav @ai thing is ii = -1, iii = -i. iiii = 1. If i < 0, then i^n < 0, but this isn't the case since i^4 = 1. if 0 < i, then similarly we have the problem that i^n = -1 and 0 < -1 is a contradiction.
We can define some other total orderings on C, I think, but can't use the standard one that applies to R. -
MercurialBlack (mercurialblack@pleroma.mercurial.blog)'s status on Monday, 12-Jun-2023 10:33:53 JST MercurialBlack @ai Right, right. One such being literally just >= := <= -
MercurialBlack (mercurialblack@pleroma.mercurial.blog)'s status on Monday, 12-Jun-2023 10:33:37 JST MercurialBlack @ai I'm at the point where if its beyond Tarski–Grothendieck then I don't accept it as an axiom I am broken