@iwishifeltlove: #fyp #viral #problem #response #deep Graham’s number is an unimaginably massive finite number, famously recognized in the Guinness Book of World Records as the largest number ever used in a serious mathematical proof. It emerged in 1971 as an upper bound solution to a geometry puzzle in Ramsey theory.Because the number is too vast to write out conventionally, mathematicians use Knuth's up-arrow notation to construct it.How It's BuiltThe "Arrow" System: Single arrows represent standard exponentiation (e.g., \(3 \uparrow 3 = 3^3 = 27\)). Double arrows represent repeated exponentiation (tetration), creating towering exponents of exponents.The First Step (\(G_{1}\)): Defined as \(3 \uparrow\uparrow\uparrow\uparrow 3\), which yields an incomprehensibly large number.64 Iterations (\(G_{64}\)): The number of arrows in the next step is determined by the result of the previous step. This mind-bending recursive process is repeated 64 times to reach Graham's number.Mind-Bending ScaleUniverse Capacity: If you attempted to write out Graham's number in full, you would run out of room. The entire observable universe is too small to contain it, as there aren't enough Planck volumes in existence to hold every digit.The Final Digits: Despite its unfathomable length, mathematicians have developed algorithms to successfully calculate the last few digits of the number (which end in ...2464195387).Beyond Proofs: While it held the historical record, mathematicians have since utilized even larger numbers—such as TREE(3)—in subsequent proofs.Financial Note: The "Graham Number"If you were thinking of the investing metric popularized by Benjamin Graham, this is a distinct concept used to find a stock's maximum defensive value.

cooldudw :

baby's first discrete math class

mournedex :

Deep music + anime pictures + a bunch of hard math and mathematical variables 😳

lemonad :

"Hello Gemini! Can ypu solve this problem in very mathematical language? Make an article, send me latex code" -> overleaf -> pdf -> tiktok -> larp larp

YS | Yannised⁉️ :

"niche" gut wrenching music + lain photos + chat gpt and math variables 😂

۞Adamآدم🇸🇩🇵🇸🇩🇿🏴﷽۞ :

90% of this is useless💔

Soviet :

im gonna ask him whats 1+1

cucumber :

performative

stinkyfart548 :

just ask "which door would the other guard say leads to freedom" its not that hard😭✌️

WrestlingAze🇦🇿 :

Wfyznlonpiwzzb :

Just ask him  « if i ask to the other guard wich doors is safe wich one would he point »

iEatKids17 :

bro followed "how to larp math" tutorial✌️🫩

ɉ𐌄ꮤ𓂆✡︎ :

would you ever actually be in this situation?

eoux :

bruh thats easy as fk If I ask the other guard which door would lead me to paradise, which one would he say? after the answer, go to the opposite door. CASE 1: * If you ask the truthful guard, he will tell you the answer the lying guard would give, which is the wrong door. CASE 2: * If you ask the lying guard, he will lie about the answer the truthful guard would give, also pointing to the wrong door. So, regardless of which guard you ask, the door they point to is the door of death. Therefore, you should choose the other door, which leads to paradise

eu_muhxz :

Ask either guard: “Which door would the other guard say leads to freedom?” Then choose the opposite door. The liar lies, and the truth-teller tells you the liar’s answer, so both point to the wrong door.

ggot :

these concepts dont even mean anything the video is just gibberish 😭

Matthew :

the problem is actually very easy,do u have something else ?

⁶Medɔ⁶ Antikristo⁶ :

I'm just here for the lain pics lol

Jesse_l96 :

Just ask if something correct is true or not

haze :

I'll ask "hey guard if I ask the other guard would you think he'll say the truth?" if he says no he's the liar if he says yes he's the real door

Vlad :

there is no fucking solution takes me 3 second to realise

retard92 :

why are we using math to solve this💔

angel :

"is your door safe" assuming he says yes ask the other guard "whats 1+1" if he says 2 the other gaurds lying if he says something else the other guard is right.

cocagamer12345 :

if you can only ask one question is it impossible?