What a masterpiece this is. I found out that this is more of a LNGI-centric than the number name-centric video that I have made a couple of years ago. You just earned a sub for this, great job edit: also love that tetris outro lol, i play tetris too
*Slight conceptual mistake:* at 30:33 it shows that theta, the omega fixed point, is equal to Ω_Ω_…_Ω_Ω_ω with ω nested subscripts. This is impossible. A more accuate depiction would be Ω_Ω_Ω_Ω_Ω_… with ω nested subscripts as it captures the nature of a fixed point and how Ω_θ = θ.
I credited all the other songs I used in the description and video itself as well-you might want to know about the last two songs in the video since they are traditional and used in the original N0tAI by Mathis R.V. Freddie Fazbear 2024 has also credited all the songs they've used in their Numbers 0 to The End of Numbers series, creating a great resource to use as they use much of the music that others use and that is traditional. Two other notable songs are "Angels, Bells, and Pastorale" and "Escalator" by Michael Stearns, used for the final cycle of a number video or series.
I love that after 10↑↑10 the numbers transformed in a way I would not even THINK of. I haven't watched till the end yet, but when I do it will be cool.
I used 3blue1brown's manim; the Write animation (in the community edition) is used to animate the appearance of the 0. The Transform animation is used for the transitions between entries
33 minutes 47 seconds (in case you didn't see my message in the Premiere chat). For the record, it says, “Premiere countdown will last 5 minutes, so the actual video will start at 11:05 a.m. PST (19:05 UTC). Video length is 33:47“ (although I think I'm going to correct it as it says “PST” instead of “PDT”
The first infinity, Omega, is at 24:40 . All the other infinities come after it. The standard infinity symbol, the lemniscate (∞), is kinda vague in this context, so I'm not surprised it wasn't used here.
@@dswxyz2the context is, the omega is basically infinity to know that it's basically N. N is basically gonna be the natural set of numbers DO NOT CONFUSE WITH n.
The ∞ symbol is used to denote no upper/lower bound when working within the finite numbers. Here however, the focus is on infinite ordinals and cardinals (sizes).
@@OscarWoodFG @OscarWoodFG ℵ₀ ≠ ω, |ω| = ℵ₀. If you had a set of things, where, if you label their index in the set and you use all the natural numbers (including 0) and no more, the set has an order type of ω since ω is the first unused ordinal, and a cardinality of ℵ₀ since there are ℵ₀, or countably infinite, items. You could rearrange the set so that the first item gets labeled last, with ω, and the order type becomes ω+1. The number of items did not change; it is still ℵ₀. Even if the order type is the Church-Kleene Ordinal, the cardinality is still ℵ₀. It's not until you get to ℵ₁ that there are actually more items.
Utter-Blivion Utter Oblivion-Blivion of Oblivion: the largest number that cant be defined using any oblivion ordinal computing system and any K_oblivion_1 compact ordinal computing system, can be defined using the utter number Big Ordinal. this number cannot be compactive to n symbol algorithm K(m-1) systems, because the number is so big the system has to generate a long one like K_3(oblivion)^K_1(m-oblivion(m-1)obilivion) Step One: to make Big Ordinal, power Oblivion by itself 4 Times, Symbol of Big Ordinal is BO: BO^BO^BO^BO, next you have to set a repeating factor or it by 10^10^100 (googolplex) ({BO[up]BO[up]BO[up]BO}[repeat, [10[up]10[up]100]) and you are good to go. Step 2: make sure the repeating factor is also repeating by setting a repeating factor for the repeating factor (thats the same, and repeats googolplex times). Step 3: If The Number Is Done, Times it by itself 10^10^100 times. thats it.
*I spotted a mistake in the video:* the entries "tethratope" and "quathrastrike" are listed as being approximately {100, 100 [1 [ *1* ~ 2] 2] 2} and {10, 100 [1 [1 [ *1* /₃ 2] 2] 2] 2} respectively, but they should actually be {100, 100 [1 [ *2* ~ 2] 2] 2} and {10, 100 [1 [1 [ *2* /₃ 2] 2] 2] 2} as the BAN separators [1 [1 ~ 2] 2] and [1 [1 [1 /₃ 2] 2] 2] are both equivalent to just [1 / 2].
There are several reasons why this video is set to Premiere so far into the future: 1. I've already been working on this on and off for the better part of a year, so I'm not really concerned with getting it out ASAP. 2. This is the final video in a backlog of content, with the rest of the videos all being fictional googology-related, and I've decided to release one of these videos every week, and other than the one that's already out, ruclips.net/video/c0Sqsj4bcO0/видео.html, there are 4 of them left. 3. I already know that my first proper FG number video will take *_forever_* to make, and I feel that this distant Premiere will help to make that time period feel just a little shorter. 4. I am allowing more people to discover this video before it Premieres, so that more people get to see the Premiere. 5. To build more hype for this video. I honestly think that this is one of the better versions of N0tAI, and even though a large portion (⅖) of it is simply the BAN LNGI by @douglasshamlinjr.392 with significant entries noted, this is still a unique take on the format with quality comparable to N0tAI 2.0 by @mathisr.v3627.
@@jaydentplays7485 No. This video is a part of a backlog of content of which the rest is related to the niche of fictional googology. Being the last video in the backlog does not mean this is my last video overall. In fact, I mentioned, "I already know that my first proper FG number video will take *_forever_* to make", implying the plan for a video after this. Also, this is actually no longer the last video in the backlog, as another video featuring a sped-up version of this one has been added to it.
0:59 Trigintillion has been reached! 1:00 Quadragintillion, Quinquagintillion, Sexagintillion and Septuagintillion has been reached! 1:01 Octogintillion, Nonagintillion and Centillion has been reached!
The extended version is just 2 repetitions of the song where the end is cut off of the first and the beginning is cut off of the second. You can make it yourself, using a program like Audacity. Just make sure to line up the waveform at the smallest scale for a smooth transition. Or you can just copy the audio directly off this video.
*Fun fact:* I had to redo writing the chapters for this video because I originally based them on the Ordinal Levels from ruclips.net/video/kr7Wx0f3Xpg/видео.html (Longest 1 to Absolute Infinity In 1 Video! by @notnt2048) instead of ruclips.net/video/9e17ykV_Nzk/видео.html (Numbers 0 to 𝗔𝗕𝗦𝗢𝗟𝗨𝗧𝗘 𝗧𝗥𝗨𝗘 𝗘𝗡𝗗 - (Beyond the Absolute Infinity And Everything) by the same creator) which is what the ordinal levels of fictional googology are based off of.
The original chapters, based off the Ordinal Levels of the former video, are below:
0:00 Growth rate 3 / NO! Ordinal Level 1
0:46 Growth rate 4 / NO! Ordinal Level 2
2:15 Growth rate ω / NO! Ordinal Level 3
3:18 Growth rate ω+1 / NO! Ordinal Level 4
3:32 Growth rate ω²+1 / NO! Ordinal Level 5
6:03 Growth rate ω^ω / NO! Ordinal Level 6
7:15 Growth rate (ω^ω)×2 / NO! Ordinal Level 7
7:40 Growth rate ω^(ω×2) / NO! Ordinal Level 8
8:13 Growth rate ω^ω^2 / NO! Ordinal Level 9
8:34 Growth rate ω^ω^ω / NO! Ordinal Level 10
9:58 Growth rate ω^ω^ω^ω / NO! Ordinal Level 11
11:56 Growth rate ε₀ / NO! Ordinal Level 12
13:49 Growth rate ε₁ / NO! Ordinal Level 13
14:22 Growth rate ζ₀ / NO! Ordinal Level 14
15:14 Growth rate φ(ω,0) / NO! Ordinal Level 15
15:54 Growth rate φ(ω²,0) / NO! Ordinal Level 16
16:01 Growth rate ψ₀(ε_(Ω+1)) / NO! Ordinal Level 17
16:27 Growth rate ψ₀(Ω₂^ω) / NO! Ordinal Level 18
16:58 Growth rate ψ₀(Ω_ω) / NO! Ordinal Level 19
17:41 Growth rate ψ₀(Ω_(ω²)) / NO! Ordinal Level 20
19:14 Growth rate ψ₀(Ω_(ω^ω)) / NO! Ordinal Level 21
19:49 Growth rate ψ₀(Ω_(ε₀)) / NO! Ordinal Level 22
20:08 Growth rate ψ₀(Ω_Ω) / NO! Ordinal Level 23
20:40 Growth rate ψ₀(Ω_(Ω×2)) / NO! Ordinal Level 24
20:54 Growth rate ψ₀(Ω_(Ω^ω)) / NO! Ordinal Level 25
21:01 Growth rate ψ₀(Ω_(Ω₂)) / NO! Ordinal Level 26
21:12 Growth rate ψ₀(ψ_I(0)) / Ordinal Level 27
21:57 To infinity / Ordinal Level 28
24:38 א₀ / Ordinal Level 29
29:03 Uncountable infinity and beyond / Ordinal Level 30
32:57 Conclusion
33:22 Outro
What a masterpiece this is.
I found out that this is more of a LNGI-centric than the number name-centric video that I have made a couple of years ago.
You just earned a sub for this, great job
edit: also love that tetris outro lol, i play tetris too
6:30
I already know this one will get a lot of views
Keep up the great work !
The veiws: 0:01 😂
I am excited.
*Slight conceptual mistake:* at 30:33 it shows that theta, the omega fixed point, is equal to Ω_Ω_…_Ω_Ω_ω with ω nested subscripts. This is impossible. A more accuate depiction would be Ω_Ω_Ω_Ω_Ω_… with ω nested subscripts as it captures the nature of a fixed point and how Ω_θ = θ.
Ω!!!
31:44
No Way... THIS IS EPIC!!!
I like how the first section are pretty much all the numbers you'll use in your life
pi
pi factorial
Fonts: Cambria Regular Clock
Oh, Good!!
It's Pretty well made, although you did kind of took a shortcut using the LNGI, it's still pretty well made!!
8.9/10!!
0:10
After all these years i finally have it
The name of the music used in every fictional googology video
I credited all the other songs I used in the description and video itself as well-you might want to know about the last two songs in the video since they are traditional and used in the original N0tAI by Mathis R.V.
Freddie Fazbear 2024 has also credited all the songs they've used in their Numbers 0 to The End of Numbers series, creating a great resource to use as they use much of the music that others use and that is traditional.
Two other notable songs are "Angels, Bells, and Pastorale" and "Escalator" by Michael Stearns, used for the final cycle of a number video or series.
this is a masterpiece 👏👏👏
I love that after 10↑↑10 the numbers transformed in a way I would not even THINK of. I haven't watched till the end yet, but when I do it will be cool.
Nvm I have
This is so Freaking Good :O
Hands hands 18:34 18:35 18:35
3am(for me)... yeah i'm definitely missing this premiere because i am already sleeping by then.
This is SO GOOD
after infinity it's a lot of informations
tysm for mkaking this video, best 0 to abs inf video, subbed :D
0:01:: looks like a drawing a “0” like.
I used 3blue1brown's manim; the Write animation (in the community edition) is used to animate the appearance of the 0. The Transform animation is used for the transitions between entries
@@wmpowell8 What App did you use (or Computer)
@@Phillipines22H2 I just said I used manim for that animation
@@wmpowell8 thx
Ur editing is too good S tier
P is better than S
I’M EXCITED TO SEE THIS
I just realised that 7:43-8:02 numbers sync with the music
9.69/10, Needs more Entries
Use Unofficial V3 and 0 to ???? Part 1 JuanTheGamer as an example
But still good!
Worth my time
what is the app? like where you made the video
Nice 3b1b format!
It is EPIC!!!!
Oh boy… this is gonna be good… how long is it?
33 minutes 47 seconds (in case you didn't see my message in the Premiere chat). For the record, it says, “Premiere countdown will last 5 minutes, so the actual video will start at 11:05 a.m. PST (19:05 UTC). Video length is 33:47“ (although I think I'm going to correct it as it says “PST” instead of “PDT”
Where's Infinity?
The first infinity, Omega, is at 24:40 . All the other infinities come after it. The standard infinity symbol, the lemniscate (∞), is kinda vague in this context, so I'm not surprised it wasn't used here.
@@dswxyz2the context is, the omega is basically infinity to know that it's basically N. N is basically gonna be the natural set of numbers DO NOT CONFUSE WITH n.
The ∞ symbol is used to denote no upper/lower bound when working within the finite numbers. Here however, the focus is on infinite ordinals and cardinals (sizes).
∞ = ℵ₀ = ω
@@OscarWoodFG @OscarWoodFG ℵ₀ ≠ ω, |ω| = ℵ₀.
If you had a set of things, where, if you label their index in the set and you use all the natural numbers (including 0) and no more, the set has an order type of ω since ω is the first unused ordinal, and a cardinality of ℵ₀ since there are ℵ₀, or countably infinite, items. You could rearrange the set so that the first item gets labeled last, with ω, and the order type becomes ω+1. The number of items did not change; it is still ℵ₀. Even if the order type is the Church-Kleene Ordinal, the cardinality is still ℵ₀. It's not until you get to ℵ₁ that there are actually more items.
WHY IS THIS PREMIERING SOOOOOOOOOOO LATE!!!!!!!!!!!!!!!!!!!
See my reply to SuperWindows78's comment
Utter-Blivion Utter Oblivion-Blivion of Oblivion: the largest number that cant be defined using any oblivion ordinal computing system and any K_oblivion_1 compact ordinal computing system, can be defined using the utter number Big Ordinal. this number cannot be compactive to n symbol algorithm K(m-1) systems, because the number is so big the system has to generate a long one like K_3(oblivion)^K_1(m-oblivion(m-1)obilivion)
Step One: to make Big Ordinal, power Oblivion by itself 4 Times, Symbol of Big Ordinal is BO: BO^BO^BO^BO, next you have to set a repeating factor or it by 10^10^100 (googolplex) ({BO[up]BO[up]BO[up]BO}[repeat, [10[up]10[up]100]) and you are good to go.
Step 2: make sure the repeating factor is also repeating by setting a repeating factor for the repeating factor (thats the same, and repeats googolplex times).
Step 3: If The Number Is Done, Times it by itself 10^10^100 times. thats it.
W video, it’s almost as good as the original
THIS WORLD IS GOING TO EXPLODE
*I spotted a mistake in the video:* the entries "tethratope" and "quathrastrike" are listed as being approximately {100, 100 [1 [ *1* ~ 2] 2] 2} and {10, 100 [1 [1 [ *1* /₃ 2] 2] 2] 2} respectively, but they should actually be {100, 100 [1 [ *2* ~ 2] 2] 2} and {10, 100 [1 [1 [ *2* /₃ 2] 2] 2] 2} as the BAN separators [1 [1 ~ 2] 2] and [1 [1 [1 /₃ 2] 2] 2] are both equivalent to just [1 / 2].
w h a t
Thanks for info... uh, can you explain it simpler as of im watchin this video
@@JayFriendGames3yea
∞ should be 1\0
{10¹⁰,78⁷⁸⁹,90}=1,0000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000...
Centillion=10^303 1:02
Wow cool vid!!!
But FG birthday will be 3 years ago in August 20 or 21
I don’t know a lot about BAN from {10, 10, 2 [2] 2} to {10, 10 [1 - 2] 2}
27 days…
There are several reasons why this video is set to Premiere so far into the future:
1. I've already been working on this on and off for the better part of a year, so I'm not really concerned with getting it out ASAP.
2. This is the final video in a backlog of content, with the rest of the videos all being fictional googology-related, and I've decided to release one of these videos every week, and other than the one that's already out, ruclips.net/video/c0Sqsj4bcO0/видео.html, there are 4 of them left.
3. I already know that my first proper FG number video will take *_forever_* to make, and I feel that this distant Premiere will help to make that time period feel just a little shorter.
4. I am allowing more people to discover this video before it Premieres, so that more people get to see the Premiere.
5. To build more hype for this video. I honestly think that this is one of the better versions of N0tAI, and even though a large portion (⅖) of it is simply the BAN LNGI by @douglasshamlinjr.392 with significant entries noted, this is still a unique take on the format with quality comparable to N0tAI 2.0 by @mathisr.v3627.
@@wmpowell8 Wait a minute... Does that mean that soon there will be no more vids from you?
@@jaydentplays7485 No. This video is a part of a backlog of content of which the rest is related to the niche of fictional googology. Being the last video in the backlog does not mean this is my last video overall. In fact, I mentioned, "I already know that my first proper FG number video will take *_forever_* to make", implying the plan for a video after this. Also, this is actually no longer the last video in the backlog, as another video featuring a sped-up version of this one has been added to it.
@@wmpowell827 days? And you call the the far future?
0:30 “ummm why are u shivering?”
It's getting lower and bigger
0:59 Trigintillion has been reached!
1:00 Quadragintillion, Quinquagintillion, Sexagintillion and Septuagintillion has been reached!
1:01 Octogintillion, Nonagintillion and Centillion has been reached!
Mathis rv's special surprise ahh video🎉
The immortal's version of Cookie Clicker.
At 24:05 it kinda looks like you're just saying alot of random un-mathematical words or phrases.
Tr
Glowed
Cool video actually
i even watched others like this
I wanna make a Kinemaster Version of this (i like making versions lol)
24:38 Omega
40 is a pretty big number i think
lol 51°11'28"N 40°21'26"E
Why do schools don't have these numbers
@@grantvan-y1t They normally have no practical purpose and are conceptualized just because they’re interesting to think about.
Do you have audio for the Joakim Kaurd Clouds extended
The extended version is just 2 repetitions of the song where the end is cut off of the first and the beginning is cut off of the second. You can make it yourself, using a program like Audacity. Just make sure to line up the waveform at the smallest scale for a smooth transition. Or you can just copy the audio directly off this video.
Never new I could text ∞ (infinity)
where is infinity
Infinity is not here bc it's not a number it's a concept
∞ = ℵ₀ = ω
Infinity _is_ in the video. I know it's a different number, but it's still the same value.
∞ is much smaller than Ω
Billions 0:46
99:59:59 The Hole in the wait?
Bro Got Me
29:07 done
good
0:09 Joakim Karud - Clouds
I have wasted 30 minutes watching this and do not regret it
10^1000 1:03 Googolchime
1....1/3....2/2.....3/2......3.......
Omegnum = sup sup N (Supreme Supremum of natural numbers)
Ultimate undusfinite (transfinite) ordinal
HD 60fps 0 to 10¹⁰⁰ to Omega to Absolute Infinity
1:00
Trillions 0:50
Trigillion=10^93 1:00
Would you do beyond absolute infinity 🎉???
It is planned but it will take a very long time to complete. Check my Community posts for updates.
@@wmpowell8when will the second part of beyond Ω end? At ΩxΩ? At .|ΩxXΩ|.? At ΩA? Absolute Never / Eternal?
@@robinpinar9691 I haven't planned it to that extent but now that I think of it probably Absolutely Everything/ΩxΩ.
Googolplex is biggest number
No it isn’t
How long did it take for u to make?,3 weeks?
I've been working on it on and off over the course of the better part of a year; I stated that in the description.
Tens 0:18
{10, 100[1[1/1, 2~2]1/1/1/2]2}
Can you show me how to make these types of videos
Septillions 0:55
10^603 1:03
Decillion=10^33 0:58
Octillions 0:56
0:55 4164973170907192754176
Quintillions 0:54
Quadrillions 0:53
1:02 Ogolding, Googolding, Ducentillion, Trecentillion and Googolchime has been Reached!
0:56 Octillion, Nonillion, Decillion, Undecillion, Duodecillion, Tredecillion, Quattordecillion, Quindecillion, Sexdecillion, Septendecillion, Octodecillion, Novemdecillion and Vigintillion has been Reached!
0:17
0:29
0:34
0:45
1:32
No skipping you can never reach infinity because it never ends
7:43 числа меняются под ритм песни 😂
Hundreds 0:28
Googol=10^100 1:01
a 0:09actually this is omega
14:05 part 63
Zero 0:02
32:48
😎
Ones 0:10
WOW
24:32
It just loading screen
Queremos a partes 2 desses números enormes kkk
The sequel will take a very very long time and feature numbers so big they have to be pseudomathematical to even exist
Usjsjsjsjsnjssnsnjsjsjjsjsjkzkakzizkzkzkzkzkzkkzzjjzjzys wuuwjsjs sysyywy y to u yeyeu i i I have 29922
🧨
or{10,10,10,4,10,[2],10,100}