How An Infinite Hotel Ran Out Of Room

💀

Wrong

Lmao I’ve seen this vid like 50 times and this comment it’s the best

Backrooms be like:

confused confusing confusion

I'd imagine going for a vacation, and the only thing I'd be doing is changing rooms. If someone asks me what did I do during my vacation I could say I've been changing rooms the whole time.

Price you have to pay for having an infinite amount of vacation members

A solution would be to only move the people who arrived in the last infinite group. That way everyone will move at most once. For the people who arrive in finite groups, you could just set aside the odd numbered rooms at the start and the do all the other stuff only on the even numbered ones.

I would just walk until I get hundreds of rooms away from the first avaliable one. Lots of walking, but worth it

I mean, they're infinitely moving.

💀💀💀💀

😂

"hey, you need to move to room τ*10^79 and no elevators" response: "my feet will die.💀"

Nah what about the p2m pay to move hotel?
Hey, sorry for this but you need to move to room 91 google, and to use an elevator, you need to pay $200qui.

You need to move to room 1+ +1 ( 1+ +1 is uncountably infinite because we dont know what to add for 1+ so we add the awnser to +1 but there is none so we do 1+1 to do the equation 1+ +2 but it will become 1+ +1+ +1 for mathematical logic then the process repeats becomings 1+(1+(1+(1+(1+(1+(1+(1+(1+(1+… forever )

Underrated comment

Basically imagine how you can fit an infinite number of numbers between 1 and 2 such as 1.1, 1.2, 1.9, 1.99999, etc. 1 - 2 is the hotel and countable infinity.
1.9999999 would be the uncountable infinity and people on bus

I'm just saying that supporting an infinite number of people has got to put a toll on the economy

It's ok. When you are settling in an infinite hotel you have to deal with consequences.

maybe weird idea of me but why not put the one more guy on the end of infinity instead of the beginning. because if you can move everyone up one you should be able to put one at the end . maybe because infinity is not reality ?

@@jeroen5736 I wish you luck in finding who's at the end of infinity.
Spoiler Alert: It's Chuck Norris

It's ok your making an infinite amount of profit anyway, so even in an infinite amount demand a refund... hmmmm

They wouldn't have to the 1st customer would be in room 1 the next customer would move into room 1 and the 1st into room 2 and so on so they don't have to walk that many doors

Bro a bot just replied to my comment on this post from ages ago with your exact comment

@@ankylo5550 that's strange because someone else further down has said the exact same thing aswell 😱

The guy who has to walk to room 100 saptilion
Lucky

@@justsomeguy6545 😂 he won't though they just have to move down 1 door at the same time so the 1st person goes to room 2 the 2nd person moves into room 1 then the next person in line moves into room 1 and they all move down a room at the same time and so on so they won't have to walk infinity doors to get to their room

The one with glasses or the one without?

Reminds me of a Monty Python sketch about interviewing a German person with a very long name, I almost died laughing it's so well delivered.

Remember that one time where someone pulled the fire alarm and the whole building had to evacuate the same emergency exit? Pranksters man. (Doordash also wont deliver here) 1 star

I stayed at the Hilbert Hotel back when it was known as the Premier Inn, Heathrow. There were so many people at breakfast that it just had to be a thought experiment.

There's 7 billion people and it can fit 7 billion rooms. There are leftovers here. 0.000000000000000000000000000001 stars

They are customers

You'll have to build an infinite parking lot ahah

@@ihatethatrepairmen4255 Legit

Seriously i get annoyed while infinite people come in the hotel while iam peacefully eathing ramen

@@kookies_kooky7170 infinite supply of ramen in your infinitely large ramen room

The guy assigned to room 1 quintillion: *Already turn into a skeleton getting to his room*

The guy who had a quintillion numerals in his room number:okay

How about just changing room number on door?

@@freestylecreations9677 who will change the room number for empty rooms😂

Person at Octillion: turns into dust that can be vacuumed when trying to move.

thats fire

me tooo

I watched this with no audio too lol

😂

Imagine the traffic by just standing behind the bus ;-;

Dear god...
There's more.
No...

Do you want the bucket?

@@gavinli1368 Yes!

Then a bigger bus pulls up, where all the passengers don't have unique names but have unique sets of social network connections to all the passengers with the infinite names... and every possible set of social network connections is represented

😆😆😆😆

Then imagine the manager telling you to move to the number twice your room number you're already in. Might as well just start your hike back to the front desk.

Infinite holiday

Yes but you got an infinite life so it s not that long compared to the time you got

😂😂😂😂😂😂i think the same

It’s a concept that is really difficult to grapple with, especially when thinking of it in terms of an infinite universe which means that there would be an infinite number of possibilities. I asked ChatGPT whether in an infinite universe there is a planet full of dogs and this was the response:
In an infinite universe, the possibility of a planet full of dogs does indeed exist, according to the concept of infinite possibilities. Here's why:
1. **Infinite Space:** In an infinite universe, there are an infinite number of planets and celestial bodies. With such vastness, virtually any conceivable configuration of planets and environments is possible, including planets that are inhabited entirely by dogs.
2. **Probability and Randomness:** In a universe with infinite possibilities, random fluctuations and chaotic processes can give rise to a wide range of outcomes. While the likelihood of a planet being inhabited entirely by dogs may be extremely low, it is not impossible within the framework of infinite possibilities.
3. **Variety of Environments:** Planets can have a wide range of environments, from rocky and barren to lush and habitable. In an infinite universe, there are bound to be planets with environments that are conducive to the existence and proliferation of certain species, including dogs.
It's important to note that the concept of a planet full of dogs is purely hypothetical and speculative. While it may seem fantastical, the idea illustrates the vastness and diversity of potential configurations within an infinite universe. In reality, our understanding of the universe is still limited, and we have yet to explore even a fraction of its vastness.
-Ends-
Basically anything that can happen in an infinite universe will happen.
🤯

There's no such thing as infinity, it is by its own definition, not quantifiable.

Try visiting the DMV on the last day of the month.

Well you can't hold me countable!

That's why we support emperor palpatine. He will get rid of these infinite hotels with his infinite power.

Imagine being the 8183748595937262628385837251416363626273849595th person off the buss.

There are an infinite number of rooms, therefore it would take some people infinite walking and would never get to their room even if they had infinite life...therefore some rooms would always be empty...

@@gladiatoranc There are infinitely many, but all of them can be reached in a finite time. Just as you can count from 0 to any natural number by repeatedly adding 1 in a finite time (possibly absurdly high, but still finite).

@@tomsvoboda2309 Even if you had infinite time and infinite walking speed you could never get to the infinite last room, there are no last rooms...You would be constantly filling up the hotel for eternity without ever getting it filled up.

*walks 4000 gigameters*

@@bigj9503 *walks infinite amounts of infinite distance for infinite time*

@@kordru and after infinity millenium ,probably you will reach there...
Manager:Wishing that your age is infinite..
(o‿∩)

4 gigameters is already 2.485e+6 miles

by the time he reaches his room, he'll have infinite Grandchildrens and so on

💀

“Actually I think that you’ll find that will be quite literally impossible🤓”

I have mona

@@afigamming7958 yesss me too! (though I was pulling for venti 😔)

Crispy chicken sandwich and caramel brownie mcflurry

Wt-

And get hired as a waiter for an infinite restaurant? 😜

@@azure_vxiii big oof

Just tell them to move forward until they give up or find an empty room.

How much is the paycheck cause even if its infinite i wouldnt be paid enough.

Pol

I'm also pakistani

I'd check the heck outta there

Loool

LMAOOO

Literally laughed out loud at this one hahahaha 💀💀💀

Imagine just unpacking and being told to move 189,146,081,499,116 rooms down

Or a hundred infinities

@@vcreativeart16 r/yourjokebutworse

@@shahidkhan-uq9mm this is not reddit.

A deathwish

I'll prefer to sleep on the road

But doesn't logic also say that for any decimal between 0 and 1, you'll find an integer by dropping the decimal point?

@@okgaming7886 no because 0,1 and 0,01 and 0,001 all will give 1 when you drop the decimal even though they are different numbers

@@ismailsahin3232 fair, but for every case of a leading zero that can be dropped from an integer, there's a decimal with a trailing zero that can be dropped, e.g. .10, .100, .1000 are all .1. So that still should work out even, should it not? Perhaps a better axiom is that you can always reverse it and drop the decimal.

@@okgaming7886 yes but that doesnt mean it will even out, also i think the point was that integers are countable infinity where as decimals are not. When given a 2 integers you know how many integers are there between them where as there is always infinite number of decimals between 2 different decimals.

@@ismailsahin3232 I don't see how it wouldn't. If we can prove there's a rule to convert any unique decimal into an equally unique integer, logic should hold there can't be more of them. But I also don't buy the contradiction that a hotel with infinite rooms could become full. If it's full, it isn't infinite; if it's infinite, it isn't full. This entire problem seems to depend on temporarily forgetting the premise that it's infinite, then remembering it, so what do I know? lol

You never would finish unpacking your infinite items.

At that rate, I'd just keep all of my stuff in an suitcase...

Technically they would spend the entire day changing room

@@magnabueno5360*lifetime

Just about to put that

by technicality, it's just to show there would be enough rooms to fit everyone, and the new people could just enter the empty rooms that are confirmed to exist.

Maybe they infinitely fast

Imagine being in room 1028 and suddenly the manager tells you to move to room 2056. That's one hell of a walk.

@@nataliaborys1554 It would really be a disaster going from room 2^60 to double that number.

an infinite number of times...

This is why you don't need to learn math to be a good engineer

@@asedtf I did study engineering, and calculus was not my strength lol

An engineer enters a burning building and sees a fire extinguisher on a wall.
He grabs it and puts the fire down.
A mathematician enters a burning building and sees a fire extinguisher on a wall.
He just walks out, because there's a clear obvious solution.

This to me seems more like a thought experiment on efficiency, extra rules and assumptions had to be made to come up with a answer.
Im no mathematician, but I would have thought it didnt mater In what way an infinite amount of people arrived, or in how many groups. They all wanted the same thing and could be considered a single entity. Meaning a universal less efficient method could have been used.

Hmm, this won't work because eventually they will get tired of looking. But that is illustrating a flaw in the solutions in the video too. All of them assume that all guests are capable and willing to follow your instructions, and given an infinite number of guests, I think that is guaranteed to not be the case for some of them.

Rng moment

It is your fault for being named ABABBABAAABBABAABABBABAABAB

@@user-vb8zo6kh4j Or for being named ABABBABAAABCABAABABBABAABAB....or E...and don't even get me started with a name like Futote...not an A or a B in the name. How's the Hotel manager supposed to work with that?

I know who it is, bad luck brian

Just don't have an infinitely long name, and you won't have a problem

Indeed. Some guys here think they are smarter than Hilbert, Goedel and Cantor together. Maybe they should look up those names and then think again.

like always, that part of the video showed up when i read your comment

@@CJBoxyeet ik right this always happens lol

No seats? Is that even legal?

And somehow he never mentions framerules.

@@CJBoxyeet omg IT'S RELATABLE IM DYING

True I did next week

😂😂😂😂😂😂😂

I quit

1 k like

When you have Inifnite mana as a mage in skinder 2

There are multiple busses, not multiple hotels.

@@kelsey5818 but can the one hotel fit all the people from the last bus with infinite ababab s

@@oboy1918 just put them on an infinite bus with seats. Problem fixed.

That's one hell of a bus huh?

They had the same. There were just multiple buses

😭😂

LOL

Bruh 😂

True

😭?

You are hired

You cannot shift guests infinitely many rooms, the only valid move is to shift simultaneously each one of the different guests a finite number of rooms (this number depends on each guest)

I would be glad if I don't have to move to double my room number though.

Imagine when checking out of the infinite room all the way to the front.

"sorry sir, could you move from room number 40000000000 to room 80000000000 please"

infinitiest underrated comment here

What about the hotel staff? I hope they have infinite amount. They always ask where is the room service but not how is the room service 😔

Incredible how little thought you were able to give to this thought experiment! I won't be surprised if your next argument is that there is no way that there would be enough bath towels to go around so this could never really happen.

@@billcraig5614 Dude calm down, I only said what came to mind. It doesn't hurt anyone and I didn't insult anyone.

@@billcraig5614 dude what are you even talking about? They didn't say anything about this theoretical experiment being possible or impossible. You literally just read his comment, thought of your own thing, and then got mad at them for the thing you yourself thought of.

@@billcraig5614 Incredible how much of a smart ass you sound!

He is a dumb troll, ignore him.

LMAO BEST COMMENT IF YOU KNOW THE SONG

@@tastygiggidy633 Yeah Xdd

The song is Hotel California by the Eagles.

Then how can you checkout or check-in in the first place

@@saswatsarangi6669 phone

LMAO

∞

ez

Same

accurate response

Perfect timing i saw the comment just as he said it

honestly just excel right?

Lol

in infinite universe lol.

@MatZ hello fellow cs major (i assume)

But then infinite people would leave, and all the other hotels are full. So only this infinite hotel has space.

...

Oof

@@Guztav1337 oh. I’ll go home then

But you can not as there ia a never endingvstream of new areivals as infinite number of busses full of infinite number of new people.

Guess I'll die

Guess im flash

@@kingblake902 guess I'm superman

@@HarryKaneIsGoated flash is faster plus there isn’t a way for Superman to fly so he will have to walk/run

The thing is that's not the biggest number that u have to face lmao but imagine going to the exit after going to your room

Go study instead of watching videos and then the test won't be hard

@@satishchaudhary7978 r/whoosh

@@satishchaudhary7978 r/whoosh

@@satishchaudhary7978 r/whoosh

@@satishchaudhary7978 r/whoosh

Just think of a hotel with many rooms

Lol

@@Guztav1337 I cant
Like there should be an end of the rooms 😭🤚
It might be the 100000 rooms but WITH AN ENDD

Same

Hallway

The hotel in the math problem

You don't tell me how many watermelons are in my swimming pool, I do

Fax

Some weeks ago I did a test that said: Victor written all number from 1 to 2021 but he missed the space between each other, which number will be in the position 2021? And I though, why would I ever need to know that?

It's to show how smart we are

Well if there are infinite number of rooms and infinite number of person living in each of them, then maybe there would be arrangments for an infinite number of cleaning person each assigned one room to clean.

@@AdityaRaj_24 that's a good idea. And if the manager tries to save money (in salaries) and allocate one cleaning person teach 10 rooms, he still will pay infinite salaries...

@@mmicoski well he gotta pay infinite salleries because he is receiving infinite room charges from his customers.
And suppose that the manager is charging 100 bucks for each room and paying 10 bucks for getting each room cleaned. Now here the room charge paid by each customer is finite and the sallery given to each cleaning person is finite. But the income of the hotel (which is finite from each room, say 30 bucks per room) is infinite!
So we gotta say it's a smart move to construct such a hotel.

@@AdityaRaj_24 you are right! I suppose the secret of the success here is to get investors for this enterprise...

@@AdityaRaj_24 but would be stupid management wise, whose gonna pay them all xD

69420
Nice

Hahaahahahaha 😭

Every room should have a calculator then 🤣

@@calebtan8682 Just not funny
Edit: I didn't find it funny ok so chill Caleb Tan is my G

@@WilIiyum okay lol

....."but it can't tho"
"Yeah but what if it DID??"
repeat x infinity

No what if just tell them to learn about infinity first 😂

Then your question would go on for infinite as so would your doubt of this fact because infinity is as unlimited as the very definition as soon as you recognize how infinity is as it stretches farther than your perception

That's a question for another 'what if'

Lol, good one

Actually he will one day reach it but its would be soooooo long that it might feel like eternity but it will come eventually. That's how infinity works

The guy waiting an infinity inside the bus to get out, will dream of being able to walk to his room.

The funny part is: no single person would walk for infinity to get to his room! Every single person would have an exact room number, and thus an exact time it would take to get there. The time may be arbitrarily long but always FINITE! That's the beauty of countable infinity, it's so manageable.

*the backrooms*

@fred McMurray the other end

This guy... :)

well done.

n1

Get out

nice dad joke

Most kids probably got it from vsauce so hey

@@Wirgah didn't he say infinity plus 1 is also infinity?

@@afo985both are infinity but infinity+1 is a higher kind of infinity

@@Alt.E32 wrong. infinity+1 is still a countable infinity, and therefore infinity. The infinity described in this video with the ABABABBABAB bus was Aleph Null, the first order of uncountable infinities.

@@rhynoorhyon5291 honestly i just looked at it this way:
If we were both in an infinite race and i started 10 seconds earlier, i would be further ahead of you even if we ran an infinite distance the entire time (granted we ran the same speed consistently throughout).
That logic might be flawed though.

Watch people make a problem with that

If for attending infinite people there are infinite managers and each manager gets an infinite raise how much money do u hv to raise

Btw u are manager

@@datboredguy4873 ∞^∞

What about inflation?

"So what? There are infinitely many people in higher-numbered rooms"

He means that the person in that room will walk for a very long time until getting to the right room

Sure, keep walking, either you reach your room or die trying!

“Start walking, bitch.”

@@gabrieldavis4434 UNDERATED REPLY OML I DIED

Ok

Infinite hotel: Ok guys group yourself into starting As and starting Bs. Press the negative infinite room button

Lmao

@@yawn74 lmao

I'm the 1000th like

Well you're here early

o

@@Spl33ney I was on the first bus.

lol how did u get so many likes just coz you got a lot of subs XD

Ha ha lmao 🤣

Haha.
You seem to have decided to remake your comment after being humiliated yet again.
But sure, let's go over this once more:
That 'insight' is extremely obvious to all math-literate people, especially considering that the word 'infinity' refers to some points in spaces like Alexandrov compactification.
This 'insight' is not what the video is about.

Lol

Just think of the infinite profit.

Yeah and youre just a manager so youre getting the same wage even though hotel profits are infinite for the owners

Same like …

I really didn’t get his argument there, an infinite number of buses doesn’t change the number of people, 1 infinite number bus has just as many people as an infinite number of buses

Niiice 👌

Please leave 😑

You should get a medal for that comment

😂

I'm guessing the hotel has infinite storeys

There are initially no available rooms.

sad

Lol

Y would U quit?
There is infinite money!!!!!!!!
Who cares about the customers of the bus?
You can be a billionaire with the customers you already have!

Demolish it for infinite resources

You could get infinite tips xD

100th like

101st like

But it indeed lead to the creation of the computer nso that's a plus for the crazy.

601st like

Muahahaha 667th like, I broke the funny number.

If you leave it frees up a room for another customer

@@ayamelee9020 im on the side of math not the consumer on this one. I’m sorry

That's only if someone arrives AND there's already infinite people there, not just it someone arrives. If there were like 100 then they'd just go to room 101.

Ikr✋💀

@@ayamelee9020 If you were to manage this hotel, you'd probably want to leave most (100% in the limit) guests alone, and there's a very simple trick to do this. Just consider the rooms that have powers of 10 as their number. These rooms themselves form an infinite sequence, yet they make up a 0% proportion of the hotel in total. I'll now refer to these as the 'switch rooms'. I will also refer to guests by their previous room number.
If guest n wants to leave, just shift guest 1 to room n, and fill in from the shift rooms. (If room n is a shift room, simply fill in from the higher shift rooms instead.)
If a guest wants a room, make space in room 1 using the shift rooms.
If countably infinitely many guests want a room, draw a bijection to the natural numbers, vacate all odd shift rooms (guest in shift room n goes to shift room 2n for all natural n), and fill the odd shift rooms with the new guests.
If countably infinitely many guests want to leave, draw a bijection to the natural numbers, fill the gaps using the guests in the odd shift rooms, and fill the shift rooms back in (guest in shift room 2n goes to shift room n for all natural n).
If an uncountable number of guests want a room, turn them all away.
Using this method, any long-time resident of the hotel will eventually be assigned a room which isn't a shift room, and 100% of guests would be satisfied.

When u have 280likes but only a single reply

@@Ace-rm5cu the yt comment section can't house infinite, that's why

@@LollyPopTuttu i didnt understand

@@dragonslayer8789 replies to comments are limited up to 500.

Lmfao

Good one

lol

*THATS ALOT OF ROOMS*

Lol

Big brain time