Jason's p156
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| 92P156 | |||||||
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| Pattern type | Oscillator | ||||||
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| Number of cells | 92 | ||||||
| Bounding box | 42 × 42 | ||||||
| Period | 156 (mod: 78) | ||||||
| Heat | 53.7 | ||||||
| Volatility | 0.94 | Unknown | ||||||
| Kinetic symmetry | Unspecified | ||||||
| Discovered by | Jason Summers | ||||||
| Year of discovery | 2004 | ||||||
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92P156, or Jason's p156, is a large symmetrical oscillator found by Jason Summers on October 31, 2004 in a RandomAgar search. It is actually an eight-glider shotgun with all output gliders suppressed by eater 1s.
The population can be reduced at the cost of doubling the period, by replacing each eater with a snake, or by replacing each pair of eaters with a beehive to produce 60P312.
Removing one of the eaters produces a period 156 glider gun that is currently the smallest known at that period.[1]
References
- ↑ Chris Cain. "Attempt at organising small glider guns in Conway's Game of Life". Retrieved on 2018-02-23.
Categories:
- Patterns
- Oscillators with 92 cells
- Periodic objects with minimum population 92
- Patterns with 92 cells
- Patterns found by Jason Summers
- Patterns found in 2004
- Patterns that can be constructed with 10 gliders
- Oscillators
- Oscillators with period 156
- Oscillators with mod 78
- Oscillators with heat 53
- Oscillators with volatility 0.94