Nick Gotts
Nick Gotts is a Life enthusiast who is known for developing several very small (by cell count) patterns that exhibit quadratic growth. The previous record-holder for the smallest such pattern is his 26-cell quadratic growth pattern. He also has investigated how complexity can emerge from sparse random soup.
| Nick Gotts | |
| Born | Unknown |
|---|---|
| Residence | Scotland, UK |
| Nationality | Unknown |
| Institutions | James Hutton Institute |
| Alma mater | Unknown |
Patterns found by Nick Gotts
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gollark: Er, that seems a broken way to do it.
gollark: And... why do you store the event in `_`.
gollark: Also, I don't think `os.pullEvent("threading.stop", Threading)` will do anything other than wait for a `threading.stop` event.
gollark: Why are `Thread` and `Threading` separate?
gollark: Are you doing something *other* than just running coroutines with an event loop?
References
- N. M. Gotts, Emergent complexity in Conway's Game of Life. In Game of Life Cellular Automata chapter 20, A. Adamatzky, Springer-UK, 389-436 (2010). ISBN: 978-1-84996-216-2.
External links
- Homepage of Nick Gotts at the James Hutton Institute
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