ConwayLife.com

Here's a very basic description of this rule:

EvinZL wrote:This c/2-exploding rule is pretty cool!
B012-i34/S2-a3-14-w6:

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x = 12, y = 6, rule = B012-i34/S2-a3-i4-w6
8b3o$9o2bo$o10bo$2o9bo$b2o6b2o$2b8o!

Edit: Can someone measure the speed of the domino?

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x = 2, y = 1, rule = B012-i34/S2-a3-i4-w6
2o!

Edit: There are 3 common ships, I call them Glider A, Glider B, Bomber

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x = 31, y = 13, rule = B012-i34/S2-a3-i4-w6
18bo8bobo$bo14bo3bo5bobobo$o13bo5bo6bobo$26bobobo$o13bo12bobo$bo14bo5$
o$2bo$o!

Edit 2:
This rule is actually really cool! An infinite family of p4/2 oscillators:

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x = 10, y = 18, rule = B012-i34/S2-a3-i4-w6
4b2o$3bo2bo$3bo2bo$4b2o4$4b2o$3bo2bob2o$3bo2bob2o$4b2o4$4b2o$2obo2bob
2o$2obo2bob2o$4b2o!

I don't think it's actually possible to describe this in a reasonable amount of space. It's actually really cool!!!

(By the way, one of your RLEs is in the wrong generation)
The domino appears to be 15c/48.
You probably shouldn't call the last ship "bomber" since that's the highlife ship.
More ships: Also, the blobs don't explode at c/2 since in that case they wouldn't emit any ships.
Also, there are two different "bomber" isomers: New ship, which could be called p2 or p1: My main issue with this rule is that, like seeds, it's not very engineerable.

The blobs seem to explode around c/3. Maybe they explode at domino speed?