tlog(log(t)) growth
tlog(log(t)) growth is a pattern discovered by Alexey Nigin on May 27th, 2015 that exhibits O(t log(log(t))) population growth.[1] It consists of a caber tosser feeding its output into a binary counter track produced by a puffer; every time a new stage is reached a new block laying switch engine is produced.
| tlog(log(t)) growth | |||||
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| View static image | |||||
| Pattern type | Miscellaneous | ||||
|---|---|---|---|---|---|
| Number of cells | 8602 | ||||
| Bounding box | 1581×373 | ||||
| Discovered by | Alexey Nigin | ||||
| Year of discovery | 2015 | ||||
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Gallery
Tlog(log(t)) growth at generation ~3×10126, viewed at scale 2412:1.
Center of Tlog(log(t)) growth at generation ~3×10126, viewed at scale 8:1; seven switch engines are active.
Tlog(log(t)) growth viewed at scale 1:1.
gollark: With Express, better-sqlite3 and whatnot, I could probably cobble together a saner application pretty fast.
gollark: Node.js?
gollark: yes there is.
gollark: Well, it *means* that in Portguese or something, yes.
gollark: LUA stands for LUaisnotactuallyan Acronym.
References
- Alexey Nigin (May 27, 2015). "Re: t log log t? (Complete!)". ConwayLife.com forums.
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