Mold on Jason's p22

Mold on Jason's p22
x = 27, y = 16, rule = B3/S23 23b2o$22bo2bo$22bobo$23bob2o$24b3o$25b2o$2o$bo$bobo13b3o$2b2o3bo8bo3bo $6bob2o6bo4bo$5bo4bo6b2obo$6bo3bo8bo3b2o$7b3o13bobo$25bo$25b2o! #C [[ THUMBSIZE 2 THEME 6 GRID GRIDMAJOR 0 SUPPRESS THUMBLAUNCH ]] #C [[ AUTOSTART ]] #C [[ GPS 11 ZOOM 14 LOOP 44 ]]
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Pattern type	Oscillator
Number of cells	50
Bounding box	28×18
Period	44
Mod	44
Heat	42.7
Volatility	0.91
Strict volatility	0.005
Discovered by	Unknown
Year of discovery	Unknown
Rules Outer-totalistic rules B3/S23 – B3/S238 Important rules Conway Life # of rules 21 = 2 Isotropic rules B3/S23 – B34cet5e6c7c/S234ce5ek6i8
Glider synthesis Fewest gliders 15 Catagolue-generated RLE moldon36p22_synth.rle Uploaded synthesis RLE moldon36p22_synth.rle
Pattern files Plaintext moldon36p22.cells RLE moldon36p22.rle
Identifiers apgcode xp44_32acy237bkiczx4q12szy111zws22cgzx121o8zy3113

Mold on Jason's p22 is a period-44 oscillator composed of a mold and Jason's p22. Although it is composed of two oscillators of smaller periods (4 and 22 respectively), it is considered non-trivial, because it has a single cell that oscillates at the full period. It was the smallest known non-trivial period 44 oscillator until the discovery of mold on rattlesnake in 2016.

Image gallery

Generation 14 reveals the single cell that oscillates at the full period (in green).

See also

• Mold on fumarole
• Caterer on Jason's p22
• Pseudo-barberpole on Jason's p22
• Figure eight on Jason's p22

External links

• Mold on Jason's p22 at Adam P. Goucher's Catagolue