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

gollark: Yes.
gollark: Why use an image editor when you could...directly hexedit the image file‽
gollark: oh noIT DOESN OT WORK
gollark: hd!hd
gollark: <:Thonk:445016973798014987> <:Thonkdown:433149076721238016> <:Thonk:445016973798014987> <:Thonkdown:433149076721238016> <:Thonk:445016973798014987> <:Thonkdown:433149076721238016> <:Thonk:445016973798014987> <:Thonkdown:433149076721238016> <:Thonk:445016973798014987> <:Thonkdown:433149076721238016> <:Thonk:445016973798014987> <:Thonkdown:433149076721238016> <:Thonk:445016973798014987> <:Thonkdown:433149076721238016> <:Thonk:445016973798014987> <:Thonkdown:433149076721238016> <:Thonk:445016973798014987> <:Thonkdown:433149076721238016> <:Thonk:445016973798014987> <:Thonkdown:433149076721238016> <:Thonk:445016973798014987> <:Thonkdown:433149076721238016> <:Thonk:445016973798014987> <:Thonkdown:433149076721238016> <:Thonk:445016973798014987> <:Thonkdown:433149076721238016> <:Thonk:445016973798014987> <:Thonkdown:433149076721238016> <:Thonk:445016973798014987> <:Thonkdown:433149076721238016> <:Thonk:445016973798014987> <:Thonkdown:433149076721238016> <:Thonk:445016973798014987> <:Thonkdown:433149076721238016> <:Thonk:445016973798014987> <:Thonkdown:433149076721238016> <:Thonk:445016973798014987> <:Thonkdown:433149076721238016> <:Thonk:445016973798014987> <:Thonkdown:433149076721238016> <:Thonk:445016973798014987> <:Thonkdown:433149076721238016> <:Thonk:445016973798014987> <:Thonkdown:433149076721238016> <:Thonk:445016973798014987> <:Thonkdown:433149076721238016>

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.
  • Homepage of Nick Gotts at the James Hutton Institute
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