| Stats | Twitter歴 737日（2021/11/25より） |
ツイート数 884（1.1件/日） |
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![@yuuki26](data:image/svg+xml,<svg xmlns="http://www.w3.org/2000/svg" width="48" height="48"><rect fill-opacity="0"/></svg>){kind=small}
i wrote this program in 2007, at 13, when i first learned the \r and \a escape sequences, in Perl¹.
¹ the ancestor of Python.
https://pastebin.com/urYbqfW5 https://twitter.com/yuuki26/status/1730065369652425195… https://pic.twitter.com/vuxJjOV7s2
posted at 12:04:24
i bought food for $600 n kerosene for $300. (my estimate is after subtracting them.)
posted at 09:25:49
End of Dec 2023 (estimated)
cash at bank $4,000
cash on hand $200
total assets $4,200
liabilities $1,800
net assets $2,400
(converted ¥100 to $1) https://twitter.com/yuuki26/status/1702108158712283495…
posted at 08:53:31
finally, the actual message display block.
(sry i actually defined 3 blocks.)
• flash [message] for 0.5 seconds
displays the message for 0.3s and clears the speech bubble for 0.2s.
this makes the message appear to flash. https://pic.twitter.com/MkN3Gspshs
posted at 13:24:48
countdown block.
loops 3 times. decreases by 1. period.
random number display block.
accumulates the sum in the variable `correct answer`. https://pic.twitter.com/mO41BFx7yb
posted at 13:04:20
lemme explain the source code.
the main flow is:
1) counts down 3, 2, 1.
2) displays 10 numbers.
3) asks the user to enter the answer.
i defined 2 functions ("blocks").
• say countdown
• flash random numbers https://pic.twitter.com/Iz3I06xT1g
posted at 12:46:31
I created a Mental Addition game.
To answer the sum of 10 numbers that are flashed very fast.
https://scratch.mit.edu/projects/930715752/…
posted at 12:25:01
I created a Scratch account yuuki29.
I'm yuuki29 on Scratch.
https://scratch.mit.edu/users/yuuki29/
posted at 11:53:45
slept 9
posted at 04:19:13
im reading the standard english style guide on the following page.
https://en.wikipedia.org/wiki/Wikipedia:Manual_of_Style…
posted at 18:39:41
mega evolvable pokemon i don't have a hundo.
i also don't have a Diancie. https://pic.twitter.com/w52xtXvUwZ
posted at 05:04:39
https://pic.twitter.com/LJPzH3eU9v
posted at 21:03:15
https://pic.twitter.com/HdqxVTYdJ7
posted at 21:03:12
js received my online grocery order.
pls keep track of what's in my house. https://pic.twitter.com/C0ZI6diB3M
posted at 21:03:08
if you are not my mutual and really want to contact me, please dm or write to me at yuuki@yuukikonno.com if you are a single woman.
posted at 03:02:34
i'm currently following the most intellectual people such as studytwt folks, harvard students, or mensa members.
posted at 02:48:30
so i never comment on youtube or tiktok.
posted at 02:35:50
i aim to live without talking to anyone but my twitter mutuals.
this is to avoid this.
https://xkcd.com/386/ https://pic.twitter.com/4bbwqvBm91
posted at 02:33:29
breakfast affogato https://pic.twitter.com/iW0BRmWWm9
posted at 00:25:22
shopped for 7 hrs at home
posted at 22:58:32
8:30 slept 15:30 up
posted at 22:45:49
boutta go to bed with bear
posted at 08:19:57
i tm'd frustration away the other day, but can't evolve it till Earth Power* comes back, so:
my happiness
just about average
my poke
⸻Kobayashi Issa https://pic.twitter.com/AHhYxjp5TB
posted at 06:17:06
i used the hashtag "want to connect with unschoolers".
#不登校さんと繋がりたい
no corresponding subtwt in english fsr.
#unschoolers #unschooling #homeschoolers #homeschooling #schoolrefusal #schoolavoidance #schoolanxiety
posted at 04:06:41
- hobbies: shogi/programming/math/english
- stan of: nothing
- fav game: pokemon go
- comments:
never drink or smoke / never get my driver's license / never fall in love or get married
posted at 03:31:24
- what's the acc for?: lifestreaming
- mainly tweet: my thoughts
- twitter stance: anything is OK
- what kind of ppl do u want to connect with?: ppl who share my hobbies
- free space:
5th grade~ unschooler / lives alone in late grandma's house / receives $700 a month from parents
posted at 03:31:23
my profile says 29age/male/NEET.
my pinned says:
lf friends
(2nd pic, made with https://prfmaker.com/m/479)
- name: yuuki
- tw id: @yuuki170
- account age: 2023~
- active hours: non-24-hour sleep-wake disorder https://twitter.com/yuuki170/status/1727315152121610747…
posted at 03:31:23
wanted an ai pfp but no different than me irl
cr: https://www.pixiv.net/artworks/110547305… https://pic.twitter.com/b4C6QKhLTu
posted at 01:18:18
started using my jpn acc.
i quote n translate some tweets on this acc smtm.
maybe once a month.
@yuuki170
https://x.com/i/user/1672629051419410435…
posted at 00:32:52
i decided to put my blog's source on Gist.
still under maintenance.
https://gist.github.com/yuuki15/6f4dd4a6ce7f5b23cd06f86394d17269…
posted at 23:13:30
I've uploaded some of my videos etc to http://archive.org.
hope they will remain until a future where youtube is gone.
https://archive.org/search?query=creator%3A%22yuuki+%E3%82%86%E3%81%86%E3%81%8D%28%E9%87%91%E9%87%8E%E8%A3%95%E5%B8%8C%29%22…
posted at 16:27:36
¹ this indicates "direct implications or relative consistency implications", tho.
(e.g., huge < supercompact)
in order of both size and strength:
• inaccessible < measurable < huge < rank-into-rank < 0=1
posted at 06:20:22
in the large picture,
• the size of a number
is proportional to
• how many numbers it can prove to be consistent.
the largest number proves the consistency of all numbers, including itself.
by Gödel's theorem, it is a "contradiction".
posted at 04:04:38
let us write Fin + Inf as ZFC.
similarly, if we add "a large cardinal exists", then we can prove the consistency of ZFC.
• ZFC + LC ⊢ Con(ZFC)
posted at 04:02:04
by Gödel's second incompleteness theorem, the axioms "finite numbers exist" can't prove their own consistency.
• Fin ⊬ Con(Fin)
now if we add "ℵ₀ exists", then we can prove the consistency of finite numbers.
• Fin + Inf ⊢ Con(Fin)
this shows Fin + Inf > Fin.
posted at 03:59:23
so the Q is, what tf is the largest infinite number.
n it's a "contradiction" (aka 0=1).
as drawn in this pic.¹
let me explain from scratch. https://pic.twitter.com/YgwFaxEqFy
posted at 02:47:34
actually, large cardinals refer to large ![♾](data:image/svg+xml,<svg xmlns="http://www.w3.org/2000/svg" width="72" height="72"><rect fill-opacity="0"/></svg>)
with specific properties.
(the successor of an inaccessible cardinal is not inaccessible by definition.)
posted at 02:37:09
¹ it is shown
• ℶ₁ ≠ ℵ₀ (Cantor)
• ℶ₁ ≠ ℵ_ω etc. (König's theorem)
tho.
posted at 21:58:42
infinities are written
• ℵ₀, ℵ₁, ℵ₂, …, ℵ_ω, …
in order from smallest to largest.
for the number of reals ℶ₁,
• ℶ₁ = ℵ_?
is not provable from the standard axioms of mathematics.¹
the ℶ₁ = ℵ₁ conjecture is called the
• continuum hypothesis (CH).
posted at 21:50:24
actually, there's infinitely many infinite numbers. https://pic.twitter.com/AnPs6LTbt4
posted at 11:12:06
¹ already known to the Jains of India (400 BC), tho.
but they made mistakes such as the number of points on a line |ℝ| and a plane |ℝ²| are not equal. (both are 2^ℵ₀.)
posted at 23:17:26
actually, the number of natural, integer, and rational numbers are all the same.
that infinite number is called ℵ₀ (aleph zero) or ℶ₀ (beth zero).
Cantor (1874) proved that the number of reals is larger than that.¹
that is called 𝔠 = 2^ℵ₀ = ℶ₁ (beth one).
posted at 23:15:52
the idea that having the same number is the same as having a 1-1 correspondence is called
• Hume's principle.¹
¹ neither Hume nor Galileo thought it applied to , tho (unlike Cantor).
posted at 21:40:16
have a look at this strange pic.
there's 2 circles.
a big one and a small one.
however, both circles consist of the same number of dots.
(there's a 1-1 correspondence.)
https://blog.wolframalpha.com/2010/09/10/transfinite-cardinal-arithmetic-with-wolframalpha/… https://pic.twitter.com/rFQ4ORGxea
posted at 21:32:01
is such a strange thing.
the whole and part can be the same size.¹
cf.
• Galileo's paradox.
¹ contrary to Euclid's 5th Common Notion (300 BC).
although some say that some CNs are by, e.g., Theon of Alexandria (4c).
posted at 21:16:42
mathematically, the answer is A
they're the same.
(even tho evens are part of integers.)
this is bc one integer corresponds to one even.
1 ↦ 2
2 ↦ 4
3 ↦ 6
4 ↦ 8
5 ↦ 10
︙
n ↦ 2n
︙
posted at 13:53:58
A) same bc they're infinite
B) infinity can't be compared
C) integers ofc bc evens are only half of them
posted at 09:44:10
let me explain from scratch.
Q: which is greater,
• the number of all integers
• the number of all even numbers
both are infinite.
there's many ways to think abt it.
posted at 09:42:34
mathematicians consider infinity a number.
this is bc in the 19c, a man named Cantor found that there are "multiple infinities".
i.e., infinity 1, infinity 2, infinity 3, ….
just like 1, 2, 3, ….
can also do arithmetic with .
posted at 08:13:31
im summarizing my tweets here rn
https://min.togetter.com/kb628xT
posted at 07:48:57
The largest number is a "contradiction".
let me explain this.
u may be reminded of a googolplex or graham's number.
the problem is: graham's number+1 is larger.
they're still finite.
posted at 07:38:31
