Typing Zeroes Over 179UCe/2^1024 Times: The Collab - Part 1 - Terabyte
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- Опубликовано: 17 апр 2022
- Let's work together to make the (fictionally) largest file in digital existence!
This collab has a unique tactic to set it apart from other increasingly large number collabs: instead of whole numbers, this collab uses bytes instead!
To participate, just download this video or the part you want to continue from (or screen-record it, or whatever you'd like to do) and trim it so it starts at the last export, or, if applicable, where to continue. Then, speed it up by two times, duplicate the clip, make the number/file size larger, and export your video. Do this repeatedly using the latest exports, until you feel like you're finished, or if you start to get bored.
It would be nice - but not mandatory, if you commented that you're next before making your part, and when you do finish, shared the video link in the comments section so people can keep track of the latest parts!
Check my pinned comment for the guide on how these numbers work.
These "increasingly large number collabs" have really given me an interest in these massive numbers and these kinds of videos, so I though, why not make my own? I was inspired by huge files that are literally just zeroes, which could potentially be many gigabytes in file size.
Collab started by me
Collab playlist: • Typing Zeroes Over 179...
Here's a guide to help you out:
The numbers go in a pattern: 1, 2, 4, 8, 16, 32, 64, 128, 256, 512. These are the first ten powers of two, starting from 2^0.
There is also a suffix after the number, which changes each time the number loops back to 1 (represented as 1024). Feel free to use the format "2^x B/bytes" instead. (Since this part finished at 2^40 bytes, x=40 in this case, so the next participant would start from 2^41 bytes, or 2 TB) Or, if you'd like to use proper suffixes, here you go, but be warned that it starts to get more confusing as these prefixes get larger:
1024 B (byte) = 1 KB (Kilobyte)
1024 KB = 1 MB (Megabyte)
1024 MB = 1 GB (Gigabyte)
1024 GB = 1 TB (Terabyte)
1024 TB = 1 PB (Petabyte)
1024 PB = 1 EB (Exabyte)
1024 EB = 1 ZB (Zettabyte)
1024 ZB = 1 YB (Yottabyte)
1024 YB = 1 BB (Brontobyte)
1024 BB = 1 GeB (Geopbyte, or geopabyte)
1024 GeB = 1 GeKB (Geopakilobyte)
1024 GeKB = 1 GeMB (Geopamegabyte)
1024 GeMB = 1 GeGB (Geopagigabyte)
1024 GeGB = 1 GeTB (Geopaterabyte)
1024 GeTB = 1 GePB (Geopapetabyte)
1024 GePB = 1 GeEB (Geopaexabyte)
1024 GeEB = 1 GeZB (Geopazettabyte)
1024 GeZB = 1 GeYB (Geopayottabyte)
1024 GeYB = 1 GeBB (Geopabrontobyte)
1024 GeBB = 1 AB (Amosabyte)
1024 AB = 1 AKB (Amosakilobyte)
1024 AKB = 1 AMB (Amosamegabyte)
1024 AMB = 1 AGB (Amosagigabyte)
1024 AGB = 1 ATB (Amosaterabyte)
1024 ATB = 1 APB (Amosapetabyte)
1024 APB = 1 AEB (Amosaexabyte)
1024 AEB = 1 AZB (Amosazettabyte)
1024 AZB = 1 AYB (Amosayottabyte)
1024 AYB = 1 ABB (Amosabrontobyte)
1024 ABB = 1 HB (Haprabyte)
1024 HB = 1 HKB (Haprakilobyte)
From now on, the suffixes may instead be displayed in a list or skipped entirely, with each suffix in lists being 1,024 times the previous one:
HMB, HGB, HTB, HPB, HEB, HZB, HYB, HBB
1024 HBB = KyB (Kyrabyte)
KyKB, KyMB, KyGB, KyTB, KyPB, KyEB, KyZB, KyYB, KyBB
1024 KyBB = PiB (Pijabyte)
PiKB, PiMB, PiGB, PiTB, PiPB, PiEB, PiZB, PiYB, PiBB
1024 PiBB = SB (Saganabyte)
SKB, SMB, SGB, STB, SPB, SEB, SZB, SYB, SBB
1024 SBB = PeB (Pectrabyte)
PeKB, PeMB, PeGB, PeTB, PePB, PeEB, PeZB, PeYB, PeBB
1024 PeBB = NB (Nisababyte)
NKB, NMB, NGB, NTB, NPB, NEB, NZB, NYB, NBB
1024 NBB = ZoB (Zotzabyte)
ZoKB, ZoMB, ZoGB, ZoTB, ZoPB, ZoEB, ZoZB, ZoYB, ZoBB
1024 ZoBB = αB (Alphabyte)
αKB, αMB, αGB, αTB, αPB, αEB, αZB, αYB, αBB, αGeB, αGeKB, αGeMB, αGeGB, αGeTB, αGePB, αGeEB, αGeZB, αGeYB, αGeBB, αAB, αAKB, αAMB, αAGB, αATB, αAPB, αAEB, αAZB, αAYB, αABB, αHB, αHKB, αHMB, αHGB, αHTB, αHPB, αHEB, αHZB, αHYB, αHBB, αKyB, αKyKB, αKyMB, αKyGB, αKyTB, αKyPB, αKyEB, αKyZB, αKyYB, αKyBB, αPiB, αPiKB, αPiMB, αPiGB, αPiTB, αPiPB, αPiEB, αPiZB, αPiYB, αPiBB, αSB, αSKB, αSMB, αSGB, αSTB, αSPB, αSEB, αSZB, αSYB, αSBB, αPeB, αPeKB, αPeMB, αPeGB, αPeTB, αPePB, αPeEB, αPeZB, αPeYB, αPeBB, αNB, αNKB, αNMB, αNGB, αNTB, αNPB, αNEB, αNZB, αNYB, αNBB, αZoB, αZoKB, αZoMB, αZoGB, αZoTB, αZoPB, αZoEB, αZoZB, αZoYB, αZoBB
1024 αZoBB = βB (Betabyte)
βKB, βMB, βGB, βTB, βPB, βEB, βZB, βYB, βBB, βGeB, βGeKB, βGeMB, βGeGB, βGeTB, βGePB, βGeEB, βGeZB, βGeYB, βGeBB, βAB, βAKB, βAMB, βAGB, βATB, βAPB, βAEB, βAZB, βAYB, βABB, βHB, βHKB, βHMB, βHGB, βHTB, βHPB, βHEB, βHZB, βHYB, βHBB, βKyB, βKyKB, βKyMB, βKyGB, βKyTB, βKyPB, βKyEB, βKyZB, βKyYB, βKyBB, βPiB, βPiKB, βPiMB, βPiGB, βPiTB, βPiPB, βPiEB, βPiZB, βPiYB, βPiBB, βSB, βSKB, βSMB, βSGB, βSTB, βSPB, βSEB, βSZB, βSYB, βSBB, βPeB, βPeKB, βPeMB, βPeGB, βPeTB, βPePB, βPeEB, βPeZB, βPeYB, βPeBB, βNB, βNKB, βNMB, βNGB, βNTB, βNPB, βNEB, βNZB, βNYB, βNBB, βZoB, βZoKB, βZoMB, βZoGB, βZoTB, βZoPB, βZoEB, βZoZB, βZoYB, βZoBB
1024 βZoBB = ΓB (Gammabyte)
1024 ΓZoBB = ΔB (Deltabyte)
1024 ΔZoBB = ΘB (Thetabyte)
1024 ΘZoBB = IB (Iotabyte)
1024 IZoBB = κB (Kappabyte)
1024 κZoBB = ΛB (Lambdabyte)
1024 ΛZoBB = ΣB (Sigmabyte)
1024 ΣZoBB = ΩB (Omegabyte)
1024 ΩB = ΩKB (Omegakilobyte)
1024 ΩZoBB = ΩαB (Omegaalphabyte)
1024 ΩαZoBB = ΩβB (Omegabetabyte)
1024 ΩβZoBB = ΩΓB (Omegagammabyte)
1024 ΩΓZoBB = ΩΔB (Omegadeltabyte)
1024 ΩΔZoBB = ΩΘB (Omegathetabyte)
1024 ΩΘZoBB = ΩIB (Omegaiotabyte)
1024 ΩIZoBB = ΩκB (Omegakappabyte)
1024 ΩκZoBB = ΩΛB (Omegalambdabyte)
1024 ΩΛZoBB = ΩΣB (Omegasigmabyte)
1024 ΩΣZoBB = MΩB (Megomegabyte)
1024 MΩΣZoBB = GΩB (Gigomegabyte)
1024 GΩΣZoBB = TΩB (Teromegabyte)
1024 TΩΣZoBB = PΩB (Petomegabyte)
1024 PΩΣZoBB = EΩB (Exomegabyte)
1024 EΩΣZoBB = ZΩB (Zettomegabyte)
1024 ZΩΣZoBB = YΩB (Yottomegabyte)
1024 YΩΣZoBB = BΩB (Brogomegabyte)
1024 BΩΣZoBB = GΩB (Geogomegabyte)
1024 GΩΣZoBB = GKΩB (Geogkigomegabyte)
1024 GKΩΣZoBB = GMΩB (Geogmegomegabyte)
1024 GMΩΣZoBB = GGΩB (Geoggigomegabyte)
1024 GBΩΣZoBB = AΩB (Amgomegabyte)
1024 AΩΣZoBB = AKΩB (Amgkigomegabyte)
1024 AKΩΣZoBB = AMΩB (Amgmegomegabyte)
1024 ABΩΣZoBB = HΩB (Hagomegabyte)
1024 HΩΣZoBB = HKΩB (Hagkigomegabyte)
1024 HBΩΣZoBB = KyΩB (Kygomegabyte)
1024 KyBΩΣZoBB = PiΩB (Pigomegabyte)
1024 PiBΩΣZoBB = SΩB (Sagomegabyte)
1024 SBΩΣZoBB = PeΩB (Pregomegabyte)
1024 PeBΩΣZoBB = NΩB (Nigomegabyte)
1024 NBΩΣZoBB = ZoΩB (Zogomegabyte)
1024 ZoBΩΣZoBB = αΩB (Algomegabyte)
1024 αBΩΣZoBB = αKΩB (Algokigomegabyte)
1024 αZoBΩΣZoBB = βΩB (Begomegabyte)
1024 βZoBΩΣZoBB = ΓΩB (Gagomegabyte)
1024 ΓZoBΩΣZoBB = ΔΩB (Degomegabyte)
1024 ΔZoBΩΣZoBB = ΘΩB (Thegomegabyte)
1024 ΘZoBΩΣZoBB = IΩB (Iogomegabyte)
1024 IZoBΩΣZoBB = κΩB (Kagomegabyte)
1024 κZoBΩΣZoBB = ΛΩB (Lagomegabyte)
1024 ΛZoBΩΣZoBB = ΣΩB (Sigomegabyte)
1024 ΣZoBΩΣZoYB = ΣZoBΩΣZoBB (Sigzogbrogomegasigmazotzabrontobyte)
1024 ΣZoBΩΣZoBB = ΩΩB (Omegomegabyte)
These suffixes are based on Cookie Fonster's extension of SI prefixes. In the case of 179UCe/2^1024 bytes, the amount of bytes would be 16 αMB (Sixteen Alphamegabytes)
Oh Yeah! Awesome!
Great, Imma make 2048 tiles with the extended unofficial byte system
I give this a like
10 bit = 1 b 8 bit
2048
Your uuuuuuuuu your uuuuuuuuu and your business
typing 179 0s is 1 supiinfiatoobyte
Who wants to continue in my collab to 200 exports (1ND times)
CAN SOMEONE MAKE PART 3 OF A MUSIC SOUND PLS!!
Use the 123rd export to start part 3 for AMS179UCeT (my first collabable series)
Mine Is Uploading So I Made Part 2
how do you do it it wont work
1:22 GB!!!!!!
I have 64 subscribers, you have 63. So that's 1 less than me.
What about half bit, quarter bit, and eighth bit?
-the wrist game-
@@SuperWindows78 yessir
Hyperultrabay
1024 bits = 128 B
13
13+10=23
0s
1 bite
16.384 OMEGOTERABYTES 5000 FPS 50.99$ 590000MFH
Binary be like
1 bit
2 bits 4 bits
Be
0000
0000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
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