A cellular automaton where each cell is an element of Z/214,414,200, decomposed into 7 independent CRT channels. Evolution: per-channel median of 3 neighbors. Every 1680 generations, multiplication by 26,801,776 zeros out the mod-8 channel. Units thrive. Zero divisors drain. Natural selection from pure algebra.
| Channel | Space | Median rule | Property |
|---|---|---|---|
| mod 8 | Z/8 | median of 3 values mod 8 | Nilpotent: 2^3 = 0. Zeroed by projector. |
| mod 9 | Z/9 | median of 3 values mod 9 | 3^2 = 0. 9 states. |
| mod 25 | Z/25 | median of 3 values mod 25 | 5^2 = 0. 25 states. |
| mod 49 | Z/49 | median of 3 values mod 49 | 7^2 = 0. 49 states (deepest). |
| mod 11 | Z/11 | median of 3 values mod 11 | Prime field. Error detection. |
| mod 13 | Z/13 | median of 3 values mod 13 | Prime field. Cunningham chain stops. |
| mod 17 | Z/17 | median of 3 values mod 17 | Prime field. 5*7 = 1 mod 17. Completes the ring. |
Each cell has a class based on which CRT channels are zero. Units have all channels nonzero. Zero divisors have at least one dead channel. The class determines color, energy, and fate.
| Class | Color | Condition | Energy rule |
|---|---|---|---|
| Units (coprime) | Gold | All channels nonzero | Gain energy. Thrive. |
| 2-class | Red | mod 8 = 0 | Drain. Even channel dead. |
| 3-class | Green | mod 9 = 0 | Drain. mod-9 channel dead. |
| 5-class | Blue | mod 25 = 0 | Drain. mod-25 channel dead. |
| 7-class | Purple | mod 49 = 0 | Drain. mod-49 channel dead. |
| 11-class | Cyan | mod 11 = 0 | Drain. mod-11 channel dead. |
| 13-class | Rose | mod 13 = 0 | Drain. mod-13 channel dead. |
| 17-class | Teal | mod 17 = 0 | Drain. mod-17 channel dead. |
Enter any element of Z/214,414,200. See its CRT 7-tuple and class. Units (gold) thrive. Zero divisors drain. Try 1, 0, 42, 26801776, 8, 9, 25, 17.
Element n:
Each structural number in the ring maps to a cellular automaton parameter:
| Value | CA Role | Mechanic |
|---|---|---|
| 0 | Dead cell | All channels zero. No energy. |
| 1 | Unit cell | All channels alive. Maximum fitness. |
| 2 | Neighbor count | 2 orthogonal neighbors per cell. |
| 3 | Median vote | 3 inputs per channel decision. |
| 7 | Channel count | 7 independent CRT channels. |
| 1680 | Carmichael period | Full cycle length. lcm(4,6,20,42,10,12,16). |
| 26,801,776 | Projector event | Every 1680 gens: mod-8 channel zeroed. |
| 214,414,199 | Boundary reflection | Edge cells reflect, not absorb (mirror of 1). |
| Aspect | Standard View | Ring Structure View |
|---|---|---|
| Cellular automaton | Toy model | Ring structure parameters as CA rules |
| CRT decomposition | Computation trick | Seven independent evolutionary channels |
| Median consensus | Voting rule | 3-voter median in each channel independently |
| Unit selection | Fitness function | phi(N)/N = 3072/17017 = 18.05% |
| 1680-gen cycle | Period of simulation | Carmichael lambda = lcm of phi values |
| 26,801,776 projector | Reset event | 2^1680 mod N. Zeros mod-8 channel, preserves rest. |
Source code · Public domain (CC0)
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