Multum in parvo

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Multum in parvo
x = 6, y = 4, rule = B3/S23 3b3o$2bo2bo$bo$o! #C [[ THUMBSIZE 2 THEME 6 GRID GRIDMAJOR 0 SUPPRESS THUMBLAUNCH ]]
Pattern type Methuselah
Number of cells 7
Bounding box 6×4
MCPS 7
Lifespan 3933 generations
Final population 633
L/I 561.9
F/I 90.4
F/L 0.161
L/MCPS 561.9
Discovered by Charles Corderman
Year of discovery 1972

Multum in parvo is a methuselah found by Charles Corderman in 1972.[1]

Stable pattern

The stable pattern that results from multum in parvo (excluding 13 escaping gliders) has 568 cells and consists of 41 blocks, 36 blinkers (including four traffic lights), 29 beehives (including two honey farms), eight boats, six loaves, three ships, two tubs, one pond, and one toad. Although the final population (including the number of escaping gliders) is the same as that of acorn, these two are unrelated in any other way.

References

  1. Robert Wainwright. "Lifeline Volume 5".

External links