| Nihonium |
x = 58, y = 37, rule = B3/S23
42b2o$42b2o5b2o$49b2o$13b2o$14bo$13bo33b2o$13b2o32b2o$53b2o$2o51b2o$b
o$bob2o$2bo$14b2o$4bobo8bo$5bo7b3o$6bo46bo$3b4o45bobo$2bo49bobo$2b2ob
2o44b2ob2o$3bobo49bo$3bobo45b4o$4bo46bo$42b3o7bo$42bo8bobo$42b2o$55bo
$53b2obo$56bo$3b2o51b2o$3b2o$9b2o32b2o$9b2o33bo$43bo$43b2o$7b2o$7b2o5b
2o$14b2o!
#C [[ THUMBSIZE 2 THEME 6 GRID GRIDMAJOR 0 SUPPRESS THUMBLAUNCH ]]
#C [[ AUTOSTART ]]
#C [[ LOOP 113 GPS 14 THUMBSIZE 2 HEIGHT 320 ZOOM 8 ]]
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| View static image |
| Pattern type |
Oscillator |
| Number of cells |
106 |
| Bounding box |
58 × 37 |
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| Period |
113 (mod: 113) |
| Heat |
43.2 |
| Volatility |
0.93 | 0.93 |
| Kinetic symmetry |
Unspecified |
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| Discovered by |
Jeremy Tan |
| Year of discovery |
2021 |
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Nihonium[note 1] is the smallest known period-113 oscillator, found by Jeremy Tan on July 5, 2021.[1][note 2] It is an emu comprised of two R64 and two R49 conduits populated with two Herschels whose first natural gliders annihilate each other; both Herschels must be present for the oscillator to work, but one Herschel may be advanced in time to yield a period-226 oscillator, the least-populous of them at 107 cells called nihonium*.
x = 58, y = 37, rule = B3/S23
42b2o$42b2o5b2o$49b2o$13b2o$14bo$13bo33b2o$13b2o32b2o$53b2o$2o51b2o$bo
$bob2o$2bo$14b2o$4bobo8bo$5bo7b3o$6bo46bo$3b4o45bobo$2bo49bobo$2b2ob2o
44b2ob2o$3bobo49bo$3bobo45b4o$4bo38bo7bo$42b2o7b2o$41bo2bo7bo$42b2o$
54b2o$54bobo$56bo$3b2o51b2o$3b2o$9b2o32b2o$9b2o33bo$43bo$43b2o$7b2o$7b
2o5b2o$14b2o!
#C [[ THUMBSIZE 2 THEME 6 GRID GRIDMAJOR 0 SUPPRESS THUMBLAUNCH ]]
#C [[ AUTOSTART GPS 14 LOOP 226 ZOOM 8 HEIGHT 320 ]]
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Nihonium*, the smallest-known period-226 oscillator
(click above to open LifeViewer)
RLE: here Plaintext: here |
A 52-glider synthesis was found for nihonium on the day of its discovery.[3]
See also
Notes
- ↑ Named after the element with atomic number 113, which in turn is named after Japan.
- ↑ An independent but incomplete attempt to construct a Herschel loop with two R49 and two R64 was made by PHPBB12345 dated back to 2019.[2]
References
External links
