p73 lumps of muck hassler
x = 35, y = 33, rule = B3/S23
bo$b3o$4bo$3b2o6$22bo$21bobo3b2o$22bo4bobo$8b3o18bo$8bobo17b2ob2obo$8b
o2bo19bob2o$9bobo19bo$3b2o4b3o11b3o4b2o$3bo19bobo$2obo19bo2bo$ob2ob2o
17bobo$5bo18b3o$5bobo4bo$6b2o3bobo$12bo6$30b2o$30bo$31b3o$33bo!
#C [[ THUMBSIZE 2 THEME 6 GRID GRIDMAJOR 0 SUPPRESS THUMBLAUNCH ]]
#C [[ AUTOSTART ]]
#C [[ HEIGHT 500 THUMBSIZE 3 ZOOM 12 GPS 37 LOOP 73 ]]
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Pattern type
Oscillator
Number of cells
68
Bounding box
35 × 33
Period
73 (mod : 73 )
Heat
42.2
Volatility
0.89 | 0.89
Kinetic symmetry
Unspecified
Discovered by
Luke Kiernan
Year of discovery
2022
p73 lumps of muck hassler is a period-73 oscillator found by Luke Kiernan on October 30, 2022 .[1] In terms of its minimum population of 68 cells , it is the smallest known oscillator of this period; it is also the first known oscillator of this period that does not rely on glider loops or Herschel track technology. It consists of two lumps of muck being hassled by a pair of bookend catalysts, a pair of tubs, and a pair of fishhooks.
The finding of this p73 completed one of David Raucci 's partials , as shown below. The object being hassled is a medium-lifespan traffic light predecessor.
x = 90, y = 90, rule = B3/S23
24bo$24b3o$27bo$26b2o2$30bo$28b3o$35bo$27bo4bob3o$28bo4bo3bo7bo$29b3o
3b2o7bobo3b2o$31bob3o9bo4bobo$34bo17bo$51b2ob2obo$36b2o16bob2o$35bo2bo
15bo$26b2o8b2o5b2o8b2o$26bo15bo2bo$23b2obo16b2o$23bob2ob2o$28bo17bo$
28bobo4bo9b3obo$29b2o3bobo7b2o3b3o$18b2o15bo7bo3bo4bo$2o16bo25b3obo4bo
$bo17bo25bo$bobo12b4o30b3o$2b2o4bo7bo33bo$6bo2bo9b3o$6bo3bo8bo2bo30b2o
$5b2o3bo10b2o30bo$10b2o42b3o$8bo47bo18b2o$9bobo45b2o16bo$8bo2b2o9bo35b
o17bo$7b2ob2o3bo5bobo34bobo12b4o$8bobo3bobo5bo36b2o4bo7bo$9bo4bobo46bo
2bo9b3o$15bo27b3o17bo3bo8bo2bo$42bo19b2o3bo10b2o$42b3o22b2o$65bo$17bo
21b2o25bobo$16bobo4bo14bobo24bo2b2o9bo$10bo5bobo3bobo13bobo10bo12b2ob
2o3bo5bobo$9bobo5bo3b2ob2o12bo10bobo13bobo3bobo5bo$10bo9b2o2bo24bobo
14bo4bobo$21bobo25b2o21bo$24bo$21b2o22b3o$10b2o10bo3b2o19bo$10bo2bo8bo
3bo17b3o27bo$11b3o9bo2bo46bobo4bo$16bo7bo4b2o36bo5bobo3bobo$13b4o12bob
o34bobo5bo3b2ob2o$13bo17bo35bo9b2o2bo$14bo16b2o45bobo$13b2o18bo47bo$
33b3o42b2o$36bo30b2o10bo3b2o$35b2o30bo2bo8bo3bo$68b3o9bo2bo$39bo33bo7b
o4b2o$37b3o30b4o12bobo$44bo25bo17bo$36bo4bob3o25bo16b2o$37bo4bo3bo7bo
15b2o$38b3o3b2o7bobo3b2o$40bob3o9bo4bobo$43bo17bo$60b2ob2obo$45b2o16bo
b2o$44bo2bo15bo$35b2o8b2o5b2o8b2o$35bo15bo2bo$32b2obo16b2o$32bob2ob2o$
37bo17bo$37bobo4bo9b3obo$38b2o3bobo7b2o3b3o$44bo7bo3bo4bo$53b3obo4bo$
54bo$59b3o$59bo2$62b2o$62bo$63b3o$65bo!
#C [[ THUMBSIZE 2 THEME 6 GRID GRIDMAJOR 0 SUPPRESS THUMBLAUNCH ]]
#C [[ WIDTH 600 HEIGHT 600 THUMBSIZE 2 ZOOM 6 GPS 37 AUTOSTART ]]
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(click above to open LifeViewer ) RLE : here Plaintext : here
LCM oscillators
The LCM oscillators below are listed due to being the smallest known ones by population , while also satisfying the condition that at least one cell oscillates at the full period.
The oscillators are shown with visible envelopes , to highlight interactions between subpatterns.
x = 41, y = 35, rule = B3/S23
18b2o$2o16bo$bo17bo$bobo12b4o$2b2o12bo$19b3o$19bo2bo$21b2o2$12b3o$15bo$13bobo
6bo8b3o$14bo6bobo8b2o$22bo8b2o$32bo$28b2o$29bob2o$31bo$31bo2$38b2o$10bo21b2o
3bo2bo$9bobo6bo15bo3b2o$10bo6bobo10bo3bo$17bo12b4o$18b3o2$10b2o$10bo2bo$11b3o
$16bo12b2o$13b4o12bobo$13bo17bo$14bo16b2o$13b2o!
#C [[ THUMBSIZE 2 THEME 6 GRID GRIDMAJOR 0 SUPPRESS THUMBLAUNCH ]]
#C [[ WIDTH 600 HEIGHT 600 THUMBSIZE 2 ZOOM 12 GPS 37 THEME BOOK STARTFROM 219 ]]
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94P219 using caterer and hive five .(click above to open LifeViewer )
References
See also
External links