Rule110
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Rule 110 has an ample variety of gliders. They are individually illustrated in packages and others with extensions. Each one of their properties is explained: name, velocitiy and periodic width. We must followed the Cook's classification.


Fig. 1 Periodic background called ether.

el ether, velocity 2/3, periodic width 14 cells.
er ether, velocity -1/2, periodic width 14 cells.


Fig. 2 A glider, velocity 2/3, periodic width 6 cells.


Fig. 3 B glider, velocity -1/2, periodic width 8 cells.


Fig. 4 B- glider, velocity -1/2, periodic width 22 cells. Third evolution show B-^2 and B-^3.


Fig. 5 B^ glider, velocity -1/2, periodic width 39 cells. Third evolution show B^2 and B^3.


Fig. 6 C1 glider, velocity 0, periodic width 9-23 cells.


Fig. 7 C2 glider, velocity 0, periodic width 17 cells.


Fig. 8 C3 glider, velocity 0, periodic width 11 cells.


Fig. 9 D1 glider, velocity 1/5, periodic width 11-25 cells.


Fig. 10 D2 glider, velocity 1/5, periodic width 19 cells.


Fig. 11 E glider, velocity -4/15, periodic width 19 cells. Third evolution show E^2, E^3 and E^8.


Fig. 12 E- glider, velocity -4/15, periodic width 21 cells.


Fig. 13 F glider, velocity -1/9, periodic width 15-29 cells.


Fig. 14 G glider, velocity -1/3, periodic width 24-38 cells. Third evolution show G^2, G^3 and G^6.


Fig. 15 H glider, velocity -9/46, periodic width 39-53 cells.


Fig. 16 Three H gliders join.


Fig. 17 glider gun, velocity -20/77, periodic width 27-55 cells.


Fig. 18 glider gun^1.


Fig. 19 glider gun^2.


Fig. 20 glider gun^11.