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This pattern produces a Moose antlers at gen 1363, and deletes it at gen 2906: A Natural Moose Antlers from a scribble Based on that, a 10G synthesis, although it doesn't fit in here and I dunno where else to put it. x = 133, y = 103, rule = B3/S23 14$69bo$48bo19bo$46bobo19b3o$47b2o7$60bo$58bobo$59...

Glider colliding into random.rle creates an aircraft carrier and an eater 1. x = 126, y = 120, rule = B3/S23 8$12bo$13bo$11b3o3$20b2obob2o3b2ob2o2bob2o3b2o3b2o2bo5bo8b2o2b2obob2o b2o3b2ob2o3b2o5b2ob2obo3b2ob2obo$20bob2obo5bobo2bob2o3bo2bobobo2b3o3b 3o5bo2bo2bob2obobo4b2obobo3bo2b2o2bobob2o2bobobob2o...

A giant weld of Eater 1, 2, 3, 4 and 5, along with a snake. Catalyses is shown. Eater parts in yellow. x = 46, y = 43, rule = LifeHistory 17.A$16.A$16.3A2$13.A$12.A$12.3A4$2.A$A.A6.2E$.2A6.E6.A$4.2E.E.A5.A$4. 2E.2E6.3A$12.2E$4.2E.2E2.E2.E$5.E.E4.E.E$3.A.A.E5.E$3.2A2.E.2E$7.E2.E 4.2A.2A8.2A$8.E4.E2.A...

Natural MWSS and a temporary block on eater:

I don't know where to post this, it doesn't quite fit both in the oscillator and in the conduit thread. (And it is useless.) It is a giant oscillator made out of conduits which I took forever to make. (Not optimized, obviously.) x = 409, y = 277, rule = Life 90b2o225b2o$90bobo223bobo$92bo4b2o211b2o4...

It is theroetically possible to make a rake out of this x = 28, y = 27, rule = Life 12b4o$b5o5b6o6bo2bo$o4bo5b4ob2o9bo$5bo9b2o6bo3bo$o3bo19b4o$2bo$12b2o$ 2b3o7b3o5bobo$2bo2bo9bo2b2o3bo$6bo4bo4bob3obob2o$3bo2bo4bo4b5o4bo$4bo bo5bo3bo4bo3bo$12bo2bo6b3o2$12bo2bo6b3o$4bobo5bo3bo4bo3bo$3bo2bo4bo4b 5o4bo...

However, multiple darts can push the (poor) beehive back and forth. x = 35, y = 136, rule = B3/S23 11bob2obobob2obo$10bo5bobo5bo$11b2o3bobo3b2o$12bo3bobo3bo$14b2o3b2o2$ 16b3o$15bo3bo$16bobo$17bo27$11bob2obobob2obo$10bo5bobo5bo$11b2o3bobo3b 2o$12bo3bobo3bo$14b2o3b2o2$16b3o$15bo3bo$16bobo$17bo11$2o$bo...

Thanks! By the way, x = 28, y = 45, rule = B3/S23 10bo$10bo$9bobo$10bo$10bo$10bo$10bo$9bobo$10bo$10bo5$10bo$9bobo$9bobo $10bo$18b2o$18b2o6b2o$26bo$o23bobo$3o21b2o$3bo$2b2o2$24b2o$24bobo$26b o$26b2o6$10bo$9bobo$8bo3bo$9b3o2$7b2o3b2o$5bo3bobo3bo$4b2o3bobo3b2o$3b o5bobo5bo$4bob2obobob2obo! I was playin...

This makes a thing and then half-destroys it (sorry, I'm not advanced at terminology)

Two spaceships pulling the middle tub back and fourth in the adjustable 1/2n rule.

x = 42, y = 16, rule = B3/S23 12b2ob2ob2o$11bobobo3bo20bo$7b2o2bobobo3bob2o16bo$3b2o2bobobobob2ob2ob 2o16b3o$3bobobobobobo$2obobobobobobob2ob2ob2o$o2bobobobobobo2bob2ob2o$ b2o2bobobobobo2bo$5b2o2bobobob2ob5o$9b2o2bo4bo3bo$13bob2obob2o$14b2ob 2obo$21bo$22bo$23bo$22b2o! Glider crashing into random st...

Ok, so after I rediscovered that oscillator, I found a lwss reflector. After downloading and copy pasting a lot of files and patterns, I assembled it. It uses a lwss to g and g to lwss (quite simple huh?) so I guess it's already discovered but I just want to make sure. (Could fit in a smaller boundi...

Hi All, I'm quite new to this, but after downloading and copy-pasting a lot of patterns, I assembled the following reflector that seems to work, using a lwss to g then g to lwss converter. (Sorry for the fact that this may have already been discovered, noting that the previous post was more than 10 ...

Hi all, I’m quite new to this.(Sorry for the interruption of this thread) After a bit of messing around, I found a small period 2 oscillator, but I think such a small and low period oscillator would be found already. x = 10, y = 10, rule = B3/S23 5bo$3b3o$2bo3b2o$2b3obobo$2o4bobo$bobo4b2o$bobob3o$2b...