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P525 glider gun using a 3T -> 3T+G over-unity reaction found in overunity_stdin: x = 92, y = 68, rule = B3/S23-a5
70b2ob2o$70bo3bo$71bobo$68b4ob4o$67bo2b5o2bo$67b2o7b2o7bo2bo$56b2o25b
6o$52b2obobo24bo$53bobo23bo2bo2b2o$53bob2o22b3o3bobo$54b3o28bobo$56bo
22b5ob2o$47b2ob2o2b3o21bo2bo2bo ...

One of the gliders get shifted, and another glider is stopped by the mist because it was going to make it to the non-activated portal:
x = 321, y = 367, rule = B3/S23Super
216.2L5.L$215.L7.L$216.L2.L.L.L.L2.2L$217.L.L.L.2L2.L.L$215.2L3.2L.L.
L2.2L2$158.H2.H6.H2.H45.2W.W2.W.2W$158.2H.H6.H2.H45.2W.4W ...

I fire 2 gliders to destroy the loaf:

x = 321, y = 367, rule = B3/S23Super
216.2L5.L$215.L7.L$216.L2.L.L.L.L2.2L$217.L.L.L.2L2.L.L$215.2L3.2L.L.
L2.2L2$158.H2.H6.H2.H45.2W.W2.W.2W$158.2H.H6.H2.H45.2W.4W.2W$158.H.2H
2.2H.3H.2H3.2H.2H$158.H2.H.2H3.H2.H.H.2H2.H.H35.2W.4W.2W15.3W$158.H2.
H2.2H2.H2.H ...

Two gliders get shifted:
x = 320, y = 367, rule = B3/S23Super
216.2L5.L$215.L7.L$216.L2.L.L.L.L2.2L$217.L.L.L.2L2.L.L$215.2L3.2L.L.
L2.2L2$158.H2.H6.H2.H45.2W.W2.W.2W$158.2H.H6.H2.H45.2W.4W.2W$158.H.2H
2.2H.3H.2H3.2H.2H64.W$158.H2.H.2H3.H2.H.H.2H2.H.H35.2W.4W.2W17.W2.W$158.
H2.H2.2H2.H2.H.H2.2H.H38 ...

Edit: by the way, what periods do we have omnifrequent oscillators for?

Edit 2: Are any crawlers known?

1. If you mean what infinitely high periods can be achieved from reflector loops, that would be 30+3n, 30+5n, 28+7n, 8n, and 33+11n. You can also achieve all even periods using Margolus ...

Interesting p40 boat/barge hassler from PK22's searching:
x = 8, y = 20, rule = B3/S23-a5
b3o$o2bo$3o$b2o$b2o4$4bo$3bobo$2bobo$3bo4$5b2o$5b2o$5b3o$4bo2bo$4b3o!


This is known:

EDIT 3 (23/9): p40 barge/pond hassler (unfortunately requires the p20's specific spark) from C2_4 that ties for SKOP ...

Anyway, I reduced the quadratic growth pattern to 9960 cells, and also reduced its bounding box:
x = 678, y = 3278, rule = B3/S23-a5
310b3o41b3o$255bo45bo7b2ob2o39b2ob2o$253b2ob2o41b2ob2o5b2ob2o39b2ob2o
$254bobo43bobo$314bo37bo$257bo41bo14b2o35b2o$258b2o37b2o13b2obo35bob2o ...

2. Have any tagalong searches been attempted? If not, what software would be best for that?

This post might be relevant:

Another 3c/8 partial:
x = 20, y = 122, rule = B3/S23-a5
7b2o2b2o2$4b3o2b2o2b3o$4b2ob2o2b2ob2o$4b3o6b3o$4bo10bo$5bo8bo$b
o2bo10bo2bo$b3o12b3o$2bo14bo2$6b2o4b2o$5b2obo2bob2o ...

Alright, it's actually smaller now. Minpop 159 -> 152.
x = 16, y = 50, rule = B3/S23-a5
11bo$2b6ob2obo$2b3obobobob2o$4bobo5b2o$b2obob3o2bo$b2ob2obo$9b2o$3bob
2o2bo$3bo3b2o2b2o$5bobobobo$5bobo3bo$4bo2bob2o$8bo2bo$6bo2b2obo$7bo2b
2o$8b2o$5bob3o$5bo2b2o$5bo2bobo$8bob2o$7bo$11b2o$9b3ob2o$9b2o2b3o2$8b ...

...
You can use new-glider.py to answer this question. Command "#" (or "#v") returns spaceship count (or amount of speeds) table for B3 rulespace.
Example:
...

I can't use new-glider.py because I'm on mobile, can someone make an updated plot for this?
Can someone please do this? It's not ...

May13 wrote: August 1st, 2025, 8:44 am ...
You can use new-glider.py to answer this question. Command "#" (or "#v") returns spaceship count (or amount of speeds) table for B3 rulespace.
Example:
...

I can't use new-glider.py because I'm on mobile, can someone make an updated plot for this?

An interesting rule.
Duality
x = 16, y = 16, rule= B1e2i3jy4aqtw5a6k/S012eik3r4aqrw:T256,256
2o$2bo!

We just need to find the stripe dual of this rule.

Well, figuring that out for strobing rules is HARD, so I added S8:
x = 16, y = 16, rule= B1e2i3jy4aqtw5a6k/S012eik3r4aqrw8:T256,256
2o$2bo ...

Sorry for doublepost
I found a way to use the 16c/32 to filter out all of the gliders except one without using the 17c/34:
...
EDIT 3 26/8/26:
I found a way to do the same thing for forerakes:
...

How do you find all of these?
Anyway, this part in the SW corner of the top half looks ...

Crossposting these catalysts from discord, including a transparent boat, by speedydelete:
x = 83, y = 56, rule = B3/S23-a5
79b2o$80bo$79bo$79b2o2$10b2o$10bo$8bobo$o7b2o30bo39bo$bo39bo39bo$b2o38b
2o38b2o$2o38b2o38b2o$o39bo39bo3$50bo$49bobo$49bobo$50bo$51b3o$53bo25$
o$bo$b2o8b2o$2o9bobo$o11bo3$12b2o ...

I found this phase shift oscillator while playing around with LLS. Can someone identify it for me? If you don't get it, this is obviously a joke. Of course I know exactly what I found, and I think you know too. x = 18, y = 19, rule = B3/S23-a5
b2o$2bo3b2o$o6bo$5o2bobo$5bob3o$3o2bobo$o4bo ...

Searched for c/7o up to w9a, w8e, and w8o, no result.
Searched for 3c/7o up to w9a, w9e, and w9o, no result.
Searched for c/8o up to w8a, w8e, and w7o, no result.
Searching for c/8o in w8o, then 3c/7o in w10a&e&o, then c/7o in w9e and w9o.
EDIT:
Proposed rule name: Paragon-24, due to me spending ...

B37c/S23-a57 actually might be explosive in large soups, but I just don't know yet.
x = 0, y = 0, rule = B37c/S23-a57
!
[[ RANDOMIZE ]]

Can someone actually figure out if it's explosive?
Also, don't forget about this rule, where the B is a gun:
x = 5, y = 3, rule = B34e/S23-a5
2bo$b3o$2o2bo ...

Tagalong for the c/7o, found using qfind:
x = 16, y = 43, rule = B3/S23-a5
3b2o6b2o$3bobo4bobo$3bob6obo$6b4o$2bo3b4o3bo$2bob2ob2ob2obo$6bo2bo$4b
8o$2b3o2b2o2b3o$2b2obob2obob2o$3bo8bo$2bo3bo2bo3bo3$3b3o4b3o$3b2o6b2o$
5b2o2b2o$6bo2bo$5b2o2b2o$4bo6bo$2b4o4b4o$2b2o8b2o$b2ob2o4b2ob2o$bo4bo
2bo4bo ...

*snip*



A pattern with no predecessors (Garden of Eden).

Should be quite easy, I don't have LLS on my current laptop I'm using but it should be trival to install it.

A non-c/2 puffer. (This has now been added to the goals on the first post due to the significance from my perspective ...

Can someone make a collection of all the reactions between two 3c/9 spaceships (this could use a name) producing anything other than ash?
Speaking of names, the c/24d could simply be the boatship (as it evolves from the boat and contains the boat in one phase), and the c/11d could be the blockader ...

a decent c/8d partial:
x = 98, y = 94, rule = B3-kqy4-akqrz5ceijq6c7e8/S2-i3-aenq4r5iknqr6aci7e8
4b2o$5bo$b6o$obo2bobo$obo3bo$bobo2bo6bo$2b7o4bo$5b2obob3o$11b3o$7b2ob
o$7b9ob2o$6bob4o2b2o$6b3o4b2o4bo$6b3o3bobo2bo$11b4ob5o$11bob2o2b4o$13b
2o4bobo$12bobobobob2o$12bo3bobobob2o$12b2ob2ob2o2b2o ...

extremely common p2:
x = 3, y = 3, rule = B3-kqy4-akqrz5ceijq6c7e8/S2-i3-aenq4r5iknqr6aci7e8
3o2$bo!

p3 and 2 p4s from RLS:
x = 20, y = 7, rule = B3-kqy4-akqrz5ceijq6c7e8/S2-i3-aenq4r5iknqr6aci7e8
2o6b2o5b2ob2o$o2bo4bo6bo3bo$2b3o5b2o5b2o$o2bo5b2o4bo2b2o$2o3bo4bo4b2o
2bo$4b2o6bo$11b2o!

Sadly I ...

And also this please:

x = 12, y = 22, rule = B3/S23-a5
2ob2o$b2obo$ob2o$bob2o5$2ob2obo2bo$b2obo2bobo$ob2o3b2o$bob2o5$2ob2obo
2b2o$b2obo2bo2bo$ob2o3b3o$bob2o2$9b3o!


Reduced:
x = 12, y = 22, rule = B3/S23-a5
3b2o$2bobo$3bo$2b3o$2bobo4$3b2obo2bo$2bobo2bobo$3bo3b2o$2b3o$2bobo4$3b2obo2b2o ...

I don't really like it that much, because it feels somewhat intrusive, but I'd have at least a few people agreeing to change it back before you actually go forward with it.


I vote we revert it. Maybe its recency bias, but it feels a bit off, and besides the normal arrow served us well.

I ...

This version of the P6 duoplet sparker is slightly smaller: x = 13, y = 8, rule = B3/S23-a5
4bo3bo$2obo5bob2o$o11bo$b3obobob3o$5bobo$b4o3b4o$2bo7bo$b2o7b2o!

This extension has a smaller variant:
x = 13, y = 8, rule = B3/S23-a5
5bo3bo$2o2bo5bo2b2o$o13bo$b4obobob4o$6bobo$3b3o3b3o$3bo7bo!
It can ...