Blonkic and Eonian Circuitry

[TigerCub414]

I have an idea for making easily constructible circuitry by using only blinkers and blocks. Here is an example of what I mean:

Code: Select all

x = 18, y = 29, rule = LifeHistory
.2C$.2C3$.2C$.2C5$4.3C11$6.3C4$A$A.A$3A13.2C$2.A13.2C!
[[ STOP 172 ]]

With enough searching, I think it is possible to make a universal set of blonkic Herschel conduits. Currently, only R64 and B60 fit this description, but I found several promising results just by searching with CatForce:

Code: Select all

x = 226, y = 19, rule = LifeHistory
66.2C$66.2C3$67.2C$10.2C55.2C$10.2C$119.C$119.C.C$119.3C4.3C35.3C$
121.C99.3C$130.C82.C$130.C82.C.C$C129.C27.C54.3C$C.C63.C91.C.C54.C$3C
4.C58.C.C89.3C13.2C48.2C$2.C4.C58.3C5.2C84.C13.2C48.2C$7.C60.C5.2C$
125.3C!

The search was specifically for reactions that don't release the first natural glider, so they can directly connect to a dependent syringe.

The fourth partial can be used to make a blonkic tub factory:

Code: Select all

x = 19, y = 12, rule = B3/S23
17b2o$17b2o3$6b3o4$o$obo$3o13b2o$2bo13b2o!

The last partial can be completed into a H-to-G that isn't actually blonkic, but it works:

Code: Select all

x = 27, y = 18, rule = LifeHistory
26.A$24.3A$23.A$23.2A3$12.3A$4.C$4.C.C$4.3C$6.C14.2A$15.2A4.A.A$15.2A
5.2A2$.2A3.2A11.2A$3.A.A14.A$A7.A8.3A$.2A3.2A9.A!

Finally, here's something very promising, but I just haven't found a way to get rid of the 3 extra blinkers:

Code: Select all

x = 22, y = 27, rule = LifeHistory
18.2A$18.2A2$3.D$2.3D$2.D.2D3$17.3D$2C$.2C12.C5.D$2C13.C5.D$C14.C5.D
2$17.3D9$18.D$16.D.D$16.3D$16.D!

More stuff to follow.

[hotcrystal0]

Do note that the conduits B60, R64, and RR56H consist of only blocks and can be used in these constructions. Also, what if a blinker gets rephased in one conduit but not another?

[TigerCub414]

A very promising blonkic conduit lead:

Code: Select all

x = 23, y = 33, rule = LifeHistory
21.2A$21.2A10$.2E$3E.2E$.2E.3E.2C$3E.2E2.2C$2E9$15.C$15.C$15.C5$15.2A
$15.2A!

Do note that the conduits B60, R64, and RR56H consist of only blocks and can be used in these constructions. Also, what if a blinker gets rephased in one conduit but not another?

I'm currently only searching for conduits that don't rephase blinkers - I think they are more useful because they are compatible with other periodic circuitry.
EDIT: Partial HRx185B, it is actually Blockic:

Code: Select all

x = 39, y = 47, rule = LifeHistory
21.2A$21.2A7$36.2A$36.2A2$.2A$3A.2A$.2A.3A.2A$3A.2A2.2A$2A9$37.2A$37.
2A6$9.2A$9.2A12$27.D2.2D$28.3D$29.D!

I'm going to search for a clean version.

[TigerCub414]

Very messy potential blonkic herschel duplicator:

Code: Select all

x = 44, y = 36, rule = LifeHistory
2.3D$3.D$3.3D2$2.2A$.3A.2A$2.2A.3A.2A$.3A.2A2.2A$.2A40.D$41.3D$41.D.D
$41.D6$32.2A$32.2A3$3A13$11.2A$11.2A!

[TigerCub414]

After searching some more, I haven't found any complete blonkic conduits, so I now feel like blonkic circuitry is too restrictive. So, I have decided to use common still lives and oscillators up to 6 cells as catalysts. This allows things like sidesnaggers and BRx46B, so this type of circuitry is more promising. Above all, I have found this Rx130 conduit:

Code: Select all

x = 24, y = 37, rule = LifeHistory
7.A$.A5.A$.2A4.A$.2A$2.A8$C$C.C$3C$2.C4$22.A$21.A.A$22.A2$19.2A$19.2A
10$17.3D$19.D$18.3D!

Together with the R64, it can be used to make orthogonal and diagonal chains of conduits that do not contain fishhooks or anything rarer that a fishhook:

Code: Select all

x = 282, y = 181, rule = LifeHistory
7.A$.A5.A$.2A4.A$.2A261.2A$2.A261.2A5.2A$271.2A3$269.2A$269.2A$275.2A
$275.2A$C$C.C$3C$2.C252.C18.2A4.2A$255.C.C15.A2.A3.2A$255.3C16.A.A$
257.C17.A$22.A$21.A.A254.A$22.A254.A.A$278.2A$19.2A222.2A$19.2A222.A.
A$244.A22.3D$267.D10.3A$247.A18.3D8.3A$246.2A$246.2A$237.2A7.A$230.2A
5.2A$230.2A47.3A2$17.3D$6.3A10.D212.2A$7.3A8.3D211.2A$226.2A$226.2A$
46.A$40.A5.A$5.3A32.2A4.A$40.2A179.2A4.2A18.D$41.A179.2A3.A2.A15.D.D$
226.A.A16.3D9.2A$227.A17.D11.2A$261.A$224.A35.A.A$223.A.A35.A$223.2A$
258.2A$39.D217.A.A$39.D.D191.3D22.A$28.2A9.3D180.3A10.D$28.2A11.D181.
3A8.3D18.A$25.A229.2A$24.A.A228.2A$25.A230.A7.2A$61.A202.2A5.2A$60.A.
A158.3A47.2A$61.A2$58.2A209.2A$58.2A209.2A$275.2A$275.2A4$255.D18.2A
4.2A$255.D.D15.A2.A3.2A$244.2A9.3D16.A.A$244.2A11.D17.A$56.3D182.A$
45.3A10.D181.A.A35.A$46.3A8.3D181.A35.A.A$278.2A$243.2A$87.2A154.A.A$
87.2A5.2A148.A22.3D$44.3A47.2A171.D10.3A$247.A18.3D8.3A$246.2A$92.2A
152.2A$92.2A143.2A7.A$98.2A130.2A5.2A$98.2A130.2A47.3A3$232.2A$78.D
153.2A$78.D.D145.2A$67.2A9.3D145.2A$67.2A11.D$64.A$63.A.A$64.A156.2A
4.2A18.D$221.2A3.A2.A15.D.D$226.A.A16.3D9.2A$66.3A158.A17.D11.2A$65.
3A22.3D168.A$71.A18.D10.3A120.A35.A.A$70.A.A16.3D8.3A120.A.A35.A$71.
2A150.2A$258.2A$63.A193.A.A$63.A5.A163.3D22.A$63.A4.2A32.3A117.3A10.D
$68.2A153.3A8.3D18.A$68.A186.2A$255.2A$256.A7.2A$264.2A5.2A$221.3A47.
2A3$269.2A$70.D198.2A$68.D.D204.2A$68.3D9.2A193.2A$68.D11.2A$84.A$83.
A.A$84.A170.D$48.A206.D.D$47.A.A194.2A9.3D$48.A195.2A11.D$241.A$50.2A
188.A.A$50.2A189.A3$251.A$250.A.A14.3D$249.A2.A3.2A9.D10.3A$250.2A4.
2A8.3D8.3A$246.A$245.A.A$245.2A$51.3D197.2A$51.D10.3A186.2A26.3A$50.
3D8.3A3$24.A$24.A5.A$24.A4.2A32.3A$29.2A$29.A2$247.D$245.D.D$245.3D9.
2A$245.D11.2A$261.A$260.A.A$31.D229.A$29.D.D$29.3D9.2A$29.D11.2A$45.A
$44.A.A$45.A$9.A$8.A.A$9.A2$11.2A$11.2A10$12.3D$12.D$11.3D!

It can also be used to make this beautiful Herschel loop:

Code: Select all

x = 181, y = 181, rule = B3/S23
51b2o15bo53bo$51b2o9bo5bo47bo5bo$57b2o3b2o4bo47b2o4bo$56bobo3b2o52b2o$
57bo5bo53bo$46b2o4b2o46b2o$46b2o3bo2bo45b2o$51bobo$52bo$40b2o52b2o$40b
2o52b2o$44b2o52b2o$44b2o52b2o15bo$115bobo$115b3o$117bo$39b2o52b2o$39b
2o52b2o2$83bo53bo$82bobo51bobo$83bo53bo$86b2o$80b2o4bobo45b2o$80b2o5bo
46b2o$91b3o$90b3o$35b2o$35b2o2$147b2o$147b2o$30b2o4b2o79b2o22b2o$30b2o
3bo2bo77bobo22bobo$35bobo25b3o51bo24bo$36bo27b3o54b3o22b2o4b2o$53b2o5b
o46b2o5bo7b3o20bo2bo3b2o$33bo19b2o4bobo45b2o5b2o30bobo$32bobo24b2o53b
2o31bo$32b2o22bo53bo4bo47b2o$55bobo51bobo51b2o5b2o$56bo53bo9b3o47b2o$
20bo$19bobo44b2o$20bo45b2o100b2o$23b2o143b2o$23b2o149b2o$174b2o$71b2o$
71b2o$67b2o$67b2o104b2o4b2o$79bo92bo2bo3b2o$78bobo62b2o28bobo$73b2o3bo
2bo61b2o29bo$73b2o4b2o59bo$36bo47bo5bo48bobo35bo$35b2o46bobo3b2o49bo
35bobo$3o32b2o4bo42b2o3b2o4bo81b2o$35bo5bo36b2o9bo5bo46b2o$41bo36b2o
15bo46bobo$143bo$32b2o143b3o$2b3o27bobo111bo29b3o$b3o29bo111b2o$37b3o
105b2o$36b3o97b2o7bo$129b2o5b2o$129b2o47b3o$40bo$39bobo$40bo90b2o$36b
2o93b2o$36b2o87b2o$125b2o4$120b2o4b2o$5b2o113b2o3bo2bo$5b2o118bobo28b
2o$11b2o113bo29b2o$11b2o147bo$123bo35bobo$122bobo35bo$9b2o47b3o61b2o$
9b2o5b2o139b2o$16b2o7bo130bobo$25b2o130bo$25b2o94b3o$26bo29b3o63b3o29b
o$57b3o94b2o$23bo130b2o$22bobo130bo7b2o$22b2o139b2o5b2o$57b2o61b3o47b
2o$20bo35bobo$19bobo35bo$20bo147b2o$23b2o29bo113b2o$23b2o28bobo118b2o$
52bo2bo3b2o113b2o$53b2o4b2o4$54b2o$54b2o87b2o$48b2o93b2o$48b2o90bo$
139bobo$140bo$3o47b2o$43b2o5b2o$35bo7b2o97b3o$34b2o105b3o$34b2o111bo
29b3o$2b3o29bo111bobo27b3o$b3o143b2o$37bo$36bobo46bo15b2o36bo$37b2o46b
o5bo9b2o36bo5bo$2b2o81bo4b2o3b2o42bo4b2o32b3o$2bobo35bo49b2o3bobo46b2o
$3bo35bobo48bo5bo47bo$40bo59b2o4b2o$6bo29b2o61bo2bo3b2o$5bobo28b2o62bo
bo$2o3bo2bo92bo$2o4b2o104b2o$112b2o$108b2o$108b2o$5b2o$5b2o149b2o$11b
2o143b2o$11b2o100b2o45bo$113b2o44bobo$160bo$9b2o47b3o9bo53bo$9b2o5b2o
51bobo51bobo$16b2o47bo4bo53bo22b2o$33bo31b2o53b2o24bobo$32bobo30b2o5b
2o45bobo4b2o19bo$27b2o3bo2bo20b3o7bo5b2o46bo5b2o$27b2o4b2o22b3o54b3o
27bo$38bo24bo51b3o25bobo$37bobo22bobo77bo2bo3b2o$38b2o22b2o79b2o4b2o$
32b2o$32b2o2$144b2o$144b2o$88b3o$87b3o$45b2o46bo5b2o$45b2o45bobo4b2o$
93b2o$43bo53bo$42bobo51bobo$43bo53bo2$86b2o52b2o$86b2o52b2o4$81b2o52b
2o$81b2o52b2o$85b2o52b2o$85b2o52b2o$128bo$127bobo$79b2o45bo2bo3b2o$79b
2o46b2o4b2o$63bo53bo5bo$63b2o52b2o3bobo$58bo4b2o47bo4b2o3b2o$58bo5bo
47bo5bo9b2o$58bo53bo15b2o!

Two conduits are not enough for a universal Herschel toolkit, so I will try to find more conduits, preferably one that changes the parity of the signal.

[TigerCub414]

Regarding new conduit leads, the reaction at the start of Lx134 can be made blonkic:

Code: Select all

x = 22, y = 21, rule = LifeHistory
12.D$11.3D$11.D7$20.2A$A19.2A$A.A$3A$2.A$17.2A$17.2A3$10.A$10.A$10.A!

I haven't found a connection for the output R.

"Small object circuitry" needs to have a nicer name. Maybe it can be called Eonian circuitry?

Code: Select all

x = 76, y = 80, rule = LifeSuper
2.72L$.L72.L$L16.2A56.L$L13.A2.A21.2A34.L$L12.A.A.A16.2A.A2.A11.2A21.
L$L13.A2.A.2A12.A.A.3A7.2A4.A6.2A13.L$L16.A2.A12.A.A11.2A3.A7.A.A12.L
$L.2A.A12.A4.A7.3A.5A11.A10.A12.L$L.A.2A2.2A9.5A6.A3.A4.A7.5A.A4.4A.
2A10.L$L5.3A.A19.2A2.A.A10.A4.A.A3.A2.A.A.A9.L$L2.3A4.A10.A13.2A12.A
2.A.A8.A.A9.L$L.A.A2.A.A.2A.A5.A.A25.2A3.A9.A2.2A7.L$L.A3.2A.A.A.2A6.
A40.2A4.A6.L$L2.3A3.A54.5A6.L$L5.4A6.45J3.A4.2A4.L$L2.3A9.J45.J5.2A2.
A3.L$L2.A2.4A4.J12.2A33.J5.A.2A3.L$L3.2A3.A4.J12.A.A32.J5.A6.L$L5.3A
5.J14.A4.2A26.J4.2A6.L$L5.A7.J4.2A4.4A.2A2.A2.A3.2A19.J12.L$L3.A.A7.J
4.A.A3.A2.A.A.A.A.2A3.A5.2A5.A.2A4.J12.L$L3.2A8.J6.A6.A.A.A.A7.3A.A.A
3.3A.2A4.J12.L$L13.J6.A.A5.2A.A.A9.A.A4.A10.J12.L$L13.J7.2A9.A11.2A5.
3A.2A4.J12.L$L13.J39.A.A5.J12.L$L13.J2.34H3.A.A5.J12.L$L13.J.H34.H3.A
6.J12.L$L13.J.H5.2A20.2A6.H9.J12.L$L13.J.H4.A2.A11.2A5.A.A6.H9.J12.L$
L13.J.H4.A.A5.A5.A2.A4.2A7.H9.J12.L$L13.J.H2.2A.A5.A.A3.A2.A3.2A9.H9.
J6.2A4.L$L10.2A.J.H.A2.A5.A.A5.2A3.A.A9.H9.J.2A2.A2.A3.L$L6.2A.A.A.J.
H.A.A6.2A11.2A4.2A4.H9.J.A.A2.2A4.L$L7.A.A3.J.H2.A3.2A21.A5.H9.J4.2A
6.L$L7.A.2A2.J.H5.A2.A4.2A4.A12.A2.H5.2A2.J5.A6.L$L6.2A2.A2.J.H5.A2.A
3.A2.A2.A.A4.3A3.2A2.H4.A2.A.J2.A2.A.2A3.L$L5.A2.2A3.J.H2.A3.2A5.2A3.
2A4.3A8.H3.A.2A2.J.A.A.2A.A3.L$L6.A.A4.J.H.A.A31.H3.A5.J2.A.A7.L$L5.
2A.A4.J.H2.A.A8.9D13.H2.2A5.J3.A2.2A4.L$L3.A2.A.2A3.J.H3.A4.A3.D9.D8.
A3.H9.J4.2A.3A2.L$L3.2A.A6.J.H7.A.A2.D.2A6.D3.2A2.A.A2.H5.A3.J10.A.L$
L6.A6.J.H6.A2.A2.D.2A2.3A.D2.A.A3.A3.H4.A.A2.J4.2A.3A2.L$L6.2A5.J.H7.
2A3.D9.D2.2A8.H3.A.A3.J4.2A.A4.L$L13.J.H13.9D13.H3.A5.J12.L$L13.J.H
35.H2.2A5.J12.L$L13.J.H2.3D2.D4.4D.D2.D.D2.D.3D.3D.H9.J12.L$L13.J.H2.
D2.D.D4.D2.D.2D.D.D.D3.D2.D3.H9.J12.L$L13.J.H2.3D2.D4.D2.D.D.2D.2D4.D
2.D3.H4.2A3.J12.L$L13.J.H2.D2.D.D4.D2.D.D2.D.D.D3.D2.D3.H3.A.A3.J12.L
$L13.J.H2.3D2.4D.4D.D2.D.D2.D.3D.3D.H3.A5.J12.L$L13.J.H35.H2.2A5.J12.
L$L13.J2.35H10.J12.L$L13.J47.J12.L$L13.J2.3H2.H.H3.2H2.H3.H4.4H.3H3.
3H7.J12.L$L13.J2.H3.H.H.H.H2.H.H3.H4.H2.H.H2.H4.H7.J12.L$L13.J2.3H.H.
H.H.4H.H3.H4.H2.H.3H5.H7.J12.L$L13.J4.H.H.H.H.H2.H.H3.H4.H2.H.H2.H.H
2.H7.J12.L$L13.J2.3H.H.H.H.H2.H.3H.3H2.4H.3H3.2H2.H5.J12.L$L14.J45.J
13.L$L15.45J14.L$L74.L$L20.3J.3J3.2J2.3J2.5J2.2J2.J2.J20.L$L20.J3.J2.
J.J2.J.J2.J3.J3.J2.J.2J.J20.L$L20.3J.3J2.4J.J.J4.J3.4J.J.2J20.L$L22.J
.J4.J2.J.2J5.J3.J2.J.J2.J20.L$L20.3J.J4.J2.J.J.2J3.J3.J2.J.J2.J20.L$.
L72.L$2.72L2$2.L2.L.4L.L2.L5.3L.3L3.2L2.3L2.5L2.2L2.L2.L6.L$2.2L.L.L
2.L.2L.L5.L3.L2.L.L2.L.L2.L3.L3.L2.L.2L.L5.L$2.L.2L.L2.L.L.2L.3L.3L.
3L2.4L.L.L4.L3.4L.L.2L4.L$2.L2.L.L2.L.L2.L7.L.L4.L2.L.2L5.L3.L2.L.L2.
L3.L$2.L2.L.4L.L2.L5.3L.L4.L2.L.L.2L3.L3.L2.L.L2.L2.L2$18.2L2.5L.L2.L
.4L.L2.L.3L2.2L2.L2.L$17.L2.L3.L3.L2.L.L4.2L.L2.L2.L2.L.2L.L$17.4L3.L
3.4L.4L.L.2L2.L2.4L.L.2L$17.L2.L3.L3.L2.L.L4.L2.L2.L2.L2.L.L2.L$17.L
2.L3.L3.L2.L.4L.L2.L.3L.L2.L.L2.L!

[WhiteHawk]

Regarding new conduit leads, the reaction at the start of Lx134 can be made blonkic:

Code: Select all

x = 22, y = 21, rule = LifeHistory
12.D$11.3D$11.D7$20.2A$A19.2A$A.A$3A$2.A$17.2A$17.2A3$10.A$10.A$10.A!

I haven't found a connection for the output R.

"Small object circuitry" needs to have a nicer name. Maybe it can be called Eonian circuitry?

Code: Select all

Small revision to include thessalonic

Code: Select all

x = 109, y = 80, rule = B3/S23Super
2.72L$.L72.L$L16.2A56.L$L13.A2.A21.2A34.L$L12.A.A.A16.2A.A2.A11.2A21.
L$L13.A2.A.2A12.A.A.3A7.2A4.A6.2A13.L$L16.A2.A12.A.A11.2A3.A7.A.A12.L
$L.2A.A12.A4.A7.3A.5A11.A10.A12.L$L.A.2A2.2A9.5A6.A3.A4.A7.5A.A4.4A.2A
10.L$L5.3A.A19.2A2.A.A10.A4.A.A3.A2.A.A.A9.L$L2.3A4.A10.A13.2A12.A2.A
.A8.A.A9.L$L.A.A2.A.A.2A.A5.A.A25.2A3.A9.A2.2A7.L$L.A3.2A.A.A.2A6.A40.
2A4.A6.L$L2.3A3.A54.5A6.L$L5.4A6.45J3.A4.2A4.L$L2.3A9.J45.J5.2A2.A3.L
$L2.A2.4A4.J12.2A33.J5.A.2A3.L$L3.2A3.A4.J12.A.A32.J5.A6.L$L5.3A5.J14.
A4.2A18.A.2A4.J4.2A6.L$L5.A7.J4.2A4.4A.2A2.A2.A3.2A9.3A.2A4.J12.L$L3.
A.A7.J4.A.A3.A2.A.A.A.A.2A3.A5.2A2.A10.J12.L$L3.2A8.J6.A6.A.A.A.A7.3A
.A.A3.3A.2A4.J12.L$L13.J6.A.A5.2A.A.A9.A.A7.A.A5.J12.L$L13.J7.2A9.A11.
2A7.A.A4.5R.R2.R.4R.3R.3R2.2R2.R4.2R2.R2.R.R.3R$L13.J40.A6.JR3.R2.R.R
2.L.R3.R3.R2.R.R3.R2.R.2R.R.R.R$L13.J2.34H11.JR3.4R.4R.3R.3R.4R.R3.R2.
R.R.2R.R.R$L13.J.H34.H10.JR3.R2.R.R2.L3.R3.R.R2.R.R3.R2.R.R2.R.R.R$L13.
J.H5.2A22.13R3.JR3.R2.R.4R.3R.3R.R2.R.3R2.2R2.R2.R.R.3R$L13.J.H4.A2.A
10.2A3.5DR4D2.H6.R2.J12.L$L13.J.H4.A.A5.A4.A2.A.D5.R4.D.H3.2A.R2.J12.
L$L13.J.H2.2A.A5.A.A2.A2.A2.D5.R.2A.D.H2.A.A.R2.J6.2A4.L$L10.2A.J.H.A
2.A5.A.A4.2A3.D.3A.R.2A.D.H2.A3.R2.J.2A2.A2.A3.L$L6.2A.A.A.J.H.A.A6.2A
10.D5.R4.D.H.2A3.R2.J.A.A2.2A4.L$L7.A.A3.J.H2.A3.2A15.5DR4D2.H6.R2.J4.
2A6.L$L7.A.2A2.J.H5.A2.A4.2A3.2A9.13R3.J5.A6.L$L6.2A2.A2.J.H5.A2.A3.A
2.A2.A.A4.3A7.H9.J2.A2.A.2A3.L$L5.A2.2A3.J.H2.A3.2A5.2A4.A4.3A8.H9.J.
A.A.2A.A3.L$L6.A.A4.J.H.A.A31.H9.J2.A.A7.L$L5.2A.A4.J.H2.A.A11.2A17.H
9.J3.A2.2A4.L$L3.A2.A.2A3.J.H3.A4.A6.A.A11.2A4.H9.J4.2A.3A2.L$L3.2A.A
6.J.H7.A.A5.2A8.A3.A5.H5.2A2.J10.A.L$L6.A6.J.H6.A2.A3.2A5.2A2.A.A5.A2.
H4.A2.A.J4.2A.3A2.L$L6.2A5.J.H7.2A3.A.A4.A.A3.A5.2A2.H3.A.2A2.J4.2A.A
4.L$L13.J.H12.2A5.2A14.H3.A5.J12.L$L13.J.H35.H2.2A5.J12.L$L13.J.H2.3D
2.D4.4D.D2.D.D2.D.3D.3D.H9.J12.L$L13.J.H2.D2.D.D4.D2.D.2D.D.D.D3.D2.D
3.H5.A3.J12.L$L13.J.H2.3D2.D4.D2.D.D.2D.2D4.D2.D3.H4.A.A2.J12.L$L13.J
.H2.D2.D.D4.D2.D.D2.D.D.D3.D2.D3.H3.A.A3.J3.A3.2A3.L$L13.J.H2.3D2.4D.
4D.D2.D.D2.D.3D.3D.H3.A5.J2.A.A3.A3.L$L13.J.H35.H2.2A5.J2.2A3.A4.L$L13.
J2.35H10.J6.A5.L$L13.J47.J2.5A.A3.L$L13.J2.3H2.H.H3.2H2.H3.H4.4H.3H3.
3H7.J2.A4.A.A2.L$L13.J2.H3.H.H.H.H2.H.H3.H4.H2.H.H2.H4.H7.J4.A2.A.A2.
L$L13.J2.3H.H.H.H.4H.H3.H4.H2.H.3H5.H7.J3.2A3.A3.L$L13.J4.H.H.H.H.H2.
H.H3.H4.H2.H.H2.H.H2.H7.J12.L$L13.J2.3H.H.H.H.H2.H.3H.3H2.4H.3H3.2H2.
H5.J12.L$L14.J45.J13.L$L15.45J14.L$L74.L$L20.3J.3J3.2J2.3J2.5J2.2J2.J
2.J20.L$L20.J3.J2.J.J2.J.J2.J3.J3.J2.J.2J.J20.L$L20.3J.3J2.4J.J.J4.J3.
4J.J.2J20.L$L22.J.J4.J2.J.2J5.J3.J2.J.J2.J20.L$L20.3J.J4.J2.J.J.2J3.J
3.J2.J.J2.J20.L$.L72.L$2.72L2$2.L2.L.4L.L2.L5.3L.3L3.2L2.3L2.5L2.2L2.
L2.L6.L$2.2L.L.L2.L.2L.L5.L3.L2.L.L2.L.L2.L3.L3.L2.L.2L.L5.L$2.L.2L.L
2.L.L.2L.3L.3L.3L2.4L.L.L4.L3.4L.L.2L4.L$2.L2.L.L2.L.L2.L7.L.L4.L2.L.
2L5.L3.L2.L.L2.L3.L$2.L2.L.4L.L2.L5.3L.L4.L2.L.L.2L3.L3.L2.L.L2.L2.L2$
18.2L2.5L.L2.L.4L.L2.L.3L2.2L2.L2.L$17.L2.L3.L3.L2.L.L4.2L.L2.L2.L2.L
.2L.L$17.4L3.L3.4L.4L.L.2L2.L2.4L.L.2L$17.L2.L3.L3.L2.L.L4.L2.L2.L2.L
2.L.L2.L$17.L2.L3.L3.L2.L.4L.L2.L.3L.L2.L.L2.L!

[Anivec]

"Small object circuitry" needs to have a nicer name. Maybe it can be called Eonian circuitry?

Code: Select all

x = 76, y = 80, rule = LifeSuper
2.72L$.L72.L$L16.2A56.L$L13.A2.A21.2A34.L$L12.A.A.A16.2A.A2.A11.2A21.
L$L13.A2.A.2A12.A.A.3A7.2A4.A6.2A13.L$L16.A2.A12.A.A11.2A3.A7.A.A12.L
$L.2A.A12.A4.A7.3A.5A11.A10.A12.L$L.A.2A2.2A9.5A6.A3.A4.A7.5A.A4.4A.
2A10.L$L5.3A.A19.2A2.A.A10.A4.A.A3.A2.A.A.A9.L$L2.3A4.A10.A13.2A12.A
2.A.A8.A.A9.L$L.A.A2.A.A.2A.A5.A.A25.2A3.A9.A2.2A7.L$L.A3.2A.A.A.2A6.
A40.2A4.A6.L$L2.3A3.A54.5A6.L$L5.4A6.45J3.A4.2A4.L$L2.3A9.J45.J5.2A2.
A3.L$L2.A2.4A4.J12.2A33.J5.A.2A3.L$L3.2A3.A4.J12.A.A32.J5.A6.L$L5.3A
5.J14.A4.2A26.J4.2A6.L$L5.A7.J4.2A4.4A.2A2.A2.A3.2A19.J12.L$L3.A.A7.J
4.A.A3.A2.A.A.A.A.2A3.A5.2A5.A.2A4.J12.L$L3.2A8.J6.A6.A.A.A.A7.3A.A.A
3.3A.2A4.J12.L$L13.J6.A.A5.2A.A.A9.A.A4.A10.J12.L$L13.J7.2A9.A11.2A5.
3A.2A4.J12.L$L13.J39.A.A5.J12.L$L13.J2.34H3.A.A5.J12.L$L13.J.H34.H3.A
6.J12.L$L13.J.H5.2A20.2A6.H9.J12.L$L13.J.H4.A2.A11.2A5.A.A6.H9.J12.L$
L13.J.H4.A.A5.A5.A2.A4.2A7.H9.J12.L$L13.J.H2.2A.A5.A.A3.A2.A3.2A9.H9.
J6.2A4.L$L10.2A.J.H.A2.A5.A.A5.2A3.A.A9.H9.J.2A2.A2.A3.L$L6.2A.A.A.J.
H.A.A6.2A11.2A4.2A4.H9.J.A.A2.2A4.L$L7.A.A3.J.H2.A3.2A21.A5.H9.J4.2A
6.L$L7.A.2A2.J.H5.A2.A4.2A4.A12.A2.H5.2A2.J5.A6.L$L6.2A2.A2.J.H5.A2.A
3.A2.A2.A.A4.3A3.2A2.H4.A2.A.J2.A2.A.2A3.L$L5.A2.2A3.J.H2.A3.2A5.2A3.
2A4.3A8.H3.A.2A2.J.A.A.2A.A3.L$L6.A.A4.J.H.A.A31.H3.A5.J2.A.A7.L$L5.
2A.A4.J.H2.A.A8.9D13.H2.2A5.J3.A2.2A4.L$L3.A2.A.2A3.J.H3.A4.A3.D9.D8.
A3.H9.J4.2A.3A2.L$L3.2A.A6.J.H7.A.A2.D.2A6.D3.2A2.A.A2.H5.A3.J10.A.L$
L6.A6.J.H6.A2.A2.D.2A2.3A.D2.A.A3.A3.H4.A.A2.J4.2A.3A2.L$L6.2A5.J.H7.
2A3.D9.D2.2A8.H3.A.A3.J4.2A.A4.L$L13.J.H13.9D13.H3.A5.J12.L$L13.J.H
35.H2.2A5.J12.L$L13.J.H2.3D2.D4.4D.D2.D.D2.D.3D.3D.H9.J12.L$L13.J.H2.
D2.D.D4.D2.D.2D.D.D.D3.D2.D3.H9.J12.L$L13.J.H2.3D2.D4.D2.D.D.2D.2D4.D
2.D3.H4.2A3.J12.L$L13.J.H2.D2.D.D4.D2.D.D2.D.D.D3.D2.D3.H3.A.A3.J12.L
$L13.J.H2.3D2.4D.4D.D2.D.D2.D.3D.3D.H3.A5.J12.L$L13.J.H35.H2.2A5.J12.
L$L13.J2.35H10.J12.L$L13.J47.J12.L$L13.J2.3H2.H.H3.2H2.H3.H4.4H.3H3.
3H7.J12.L$L13.J2.H3.H.H.H.H2.H.H3.H4.H2.H.H2.H4.H7.J12.L$L13.J2.3H.H.
H.H.4H.H3.H4.H2.H.3H5.H7.J12.L$L13.J4.H.H.H.H.H2.H.H3.H4.H2.H.H2.H.H
2.H7.J12.L$L13.J2.3H.H.H.H.H2.H.3H.3H2.4H.3H3.2H2.H5.J12.L$L14.J45.J
13.L$L15.45J14.L$L74.L$L20.3J.3J3.2J2.3J2.5J2.2J2.J2.J20.L$L20.J3.J2.
J.J2.J.J2.J3.J3.J2.J.2J.J20.L$L20.3J.3J2.4J.J.J4.J3.4J.J.2J20.L$L22.J
.J4.J2.J.2J5.J3.J2.J.J2.J20.L$L20.3J.J4.J2.J.J.2J3.J3.J2.J.J2.J20.L$.
L72.L$2.72L2$2.L2.L.4L.L2.L5.3L.3L3.2L2.3L2.5L2.2L2.L2.L6.L$2.2L.L.L
2.L.2L.L5.L3.L2.L.L2.L.L2.L3.L3.L2.L.2L.L5.L$2.L.2L.L2.L.L.2L.3L.3L.
3L2.4L.L.L4.L3.4L.L.2L4.L$2.L2.L.L2.L.L2.L7.L.L4.L2.L.2L5.L3.L2.L.L2.
L3.L$2.L2.L.4L.L2.L5.3L.L4.L2.L.L.2L3.L3.L2.L.L2.L2.L2$18.2L2.5L.L2.L
.4L.L2.L.3L2.2L2.L2.L$17.L2.L3.L3.L2.L.L4.2L.L2.L2.L2.L.2L.L$17.4L3.L
3.4L.4L.L.2L2.L2.4L.L.2L$17.L2.L3.L3.L2.L.L4.L2.L2.L2.L2.L.L2.L$17.L
2.L3.L3.L2.L.4L.L2.L.3L.L2.L.L2.L!

I’d like to point out that eater1 is smaller than half bakery. In fact, eater bridge eater, integral, hive with tail, tub with tail and eater1 are all smaller or equal to in population compared to half bakery.

[TigerCub414]

I’d like to point out that eater1 is smaller than half bakery. In fact, eater bridge eater, integral, hive with tail, tub with tail and eater1 are all smaller or equal to in population compared to half bakery.

Instead of objects that have a small population, I meant objects that are more common than eater 1 and have a lower construction cost.

[TigerCub414]

Two conduit leads starting from a B-heptomino (the first one is Thessalonic, but it might be useful even though it doesn't fit the criteria) :

Code: Select all

x = 28, y = 28, rule = LifeHistory
2A$2A$13.2A$13.A$11.A.A$11.2A11$.2A$2.2A$.2A$.A3$6.2A$6.2A3$26.2A$26.
2A!

Code: Select all

x = 42, y = 25, rule = LifeHistory
30.A$29.A.A$30.A7$40.A$39.A.A$40.A2$2A$.2A$2A$A3$5.2A$5.2A3$25.2A$25.
2A!

[hotcrystal0]

Two conduit leads starting from a B-heptomino (the first one is Thessalonic, but it might be useful even though it doesn't fit the criteria) :

Code: Select all

x = 28, y = 28, rule = LifeHistory
2A$2A$13.2A$13.A$11.A.A$11.2A11$.2A$2.2A$.2A$.A3$6.2A$6.2A3$26.2A$26.
2A!

Code: Select all

x = 42, y = 25, rule = LifeHistory
30.A$29.A.A$30.A7$40.A$39.A.A$40.A2$2A$.2A$2A$A3$5.2A$5.2A3$25.2A$25.
2A!

I guess this is progress:

Code: Select all

x = 47, y = 31, rule = LifeHistory
2.2A$3.A$2.A$2.2A2.2A36.D$5.A.A36.D.D$4A.A38.3D$A2.A.2A39.D13$4.2C$5.
2C$4.2C$4.C3$9.2A$9.2A3$29.2A$29.2A!

Edit: BRx236H from this lead:

Code: Select all

x = 49, y = 33, rule = LifeHistory
46.2A$38.2A6.2A$2.2A34.2A$3.A$2.A$2.2A2.2A39.A$5.A.A38.A.A$4A.A40.A.A
$A2.A.2A40.A11$43.2A$43.2A$4.2C$5.2C$4.2C$4.C3$9.2A$9.2A2$41.3D$29.2A
12.D$29.2A11.3D!

[TigerCub414]

Another conduit lead:

Code: Select all

x = 37, y = 23, rule = LifeHistory
.2C$3C.2C$.2C.3C.2A$3C.2C2.2A$2C6$5.A$5.A$5.A7$10.A6.2A$9.A.A5.2A3.A
12.2A$9.2A10.A.A6.2A3.2A$22.A7.2A!

[I6_I6]

Spartan B to glider+herschel+beehive:

Code: Select all

x = 47, y = 31, rule = B3/S23
5bo$5b3o$8bo$7b2o2$2o$bo33bo$bobo30bobo$2b2o31bo7$45bo$44bobo$45bo2$5b
2o$6b2o$5b2o$5bo3$10b2o$10b2o3$30b2o$30b2o!

The herschel itself never appears, but its descendant does. The FNG never appears and the FNB is consumed by the chaos in the conduit.
If you remove the herschel descendant or the FNB early enough, it produces a honey farm instead.

EDIT:
I guess I should put this here as well (I've already posted it in the factories thread):

Code: Select all

# Small object B to glider+beehive
x = 42, y = 34, rule = B3/S23
6b2o$6b2o8$30bo$29bobo$30bo7$40bo$39bobo$40bo2$2o$b2o$2o$o3$5b2o$5b2o
3$25b2o$25b2o!

EDIT 2:
H to B+blinker:

Code: Select all

# The FNG is needed to destroy a beehive.
x = 50, y = 23, rule = B3/S23
b2o$3ob2o$b2ob3ob2o$3ob2o2b2o$2o4$48b2o$48bo$5bo40bobo$5bo40b2o$5bo6$
41b2o$10bo6b2o22b2o$9bobo5b2o3bo12b2o$9b2o10bobo6b2o3b2o$22bo7b2o!

Removing the extra blinker is proving hard.

[TigerCub414]

It turns out that the extra blinker can be removed, making a HF236B:

Code: Select all

x = 50, y = 40, rule = LifeHistory
22.2D$23.2D$22.2D$22.D14$.2C$3C.2C$.2C.3C.2A$3C.2C2.2A33.A$2C40.A.A$
43.A4$48.A$5.A41.A.A$5.A42.A$5.A4$45.A$45.2A$45.2A$10.A6.2A27.A$9.A.A
5.2A3.A12.2A$9.2A10.A.A6.2A3.2A$22.A7.2A!

Unfortunately, it can't connect to most conduits, since it has to release the FNG while destroying the B-heptomino's block. It can connect to BBx187H, though:

Code: Select all

x = 57, y = 76, rule = LifeHistory
35.D$33.D.D$33.3D9.2A3.2A$33.D11.2A3.2A8$53.2A$38.2A13.2A$38.2A9$54.
2A$54.2A13$22.2D29.2A$23.2D28.A$22.2D19.2A3.2A4.3A$22.D18.A2.A4.A6.A$
41.3A5.A.A$50.2A$41.3A$41.A2.A$43.2A9$.2C$3C.2C$.2C.3C.2A$3C.2C2.2A
33.A$2C40.A.A$43.A4$48.A$5.A41.A.A$5.A42.A$5.A4$45.A$45.2A$45.2A$10.A
6.2A27.A$9.A.A5.2A3.A12.2A$9.2A10.A.A6.2A3.2A$22.A7.2A!

[I6_I6]

Regarding new conduit leads, the reaction at the start of Lx134 can be made blonkic:

Code: Select all

x = 22, y = 21, rule = LifeHistory
12.D$11.3D$11.D7$20.2A$A19.2A$A.A$3A$2.A$17.2A$17.2A3$10.A$10.A$10.A!

I haven't found a connection for the output R.

"Small object circuitry" needs to have a nicer name. Maybe it can be called Eonian circuitry?

Code: Select all

x = 76, y = 80, rule = LifeSuper
2.72L$.L72.L$L16.2A56.L$L13.A2.A21.2A34.L$L12.A.A.A16.2A.A2.A11.2A21.
L$L13.A2.A.2A12.A.A.3A7.2A4.A6.2A13.L$L16.A2.A12.A.A11.2A3.A7.A.A12.L
$L.2A.A12.A4.A7.3A.5A11.A10.A12.L$L.A.2A2.2A9.5A6.A3.A4.A7.5A.A4.4A.
2A10.L$L5.3A.A19.2A2.A.A10.A4.A.A3.A2.A.A.A9.L$L2.3A4.A10.A13.2A12.A
2.A.A8.A.A9.L$L.A.A2.A.A.2A.A5.A.A25.2A3.A9.A2.2A7.L$L.A3.2A.A.A.2A6.
A40.2A4.A6.L$L2.3A3.A54.5A6.L$L5.4A6.45J3.A4.2A4.L$L2.3A9.J45.J5.2A2.
A3.L$L2.A2.4A4.J12.2A33.J5.A.2A3.L$L3.2A3.A4.J12.A.A32.J5.A6.L$L5.3A
5.J14.A4.2A26.J4.2A6.L$L5.A7.J4.2A4.4A.2A2.A2.A3.2A19.J12.L$L3.A.A7.J
4.A.A3.A2.A.A.A.A.2A3.A5.2A5.A.2A4.J12.L$L3.2A8.J6.A6.A.A.A.A7.3A.A.A
3.3A.2A4.J12.L$L13.J6.A.A5.2A.A.A9.A.A4.A10.J12.L$L13.J7.2A9.A11.2A5.
3A.2A4.J12.L$L13.J39.A.A5.J12.L$L13.J2.34H3.A.A5.J12.L$L13.J.H34.H3.A
6.J12.L$L13.J.H5.2A20.2A6.H9.J12.L$L13.J.H4.A2.A11.2A5.A.A6.H9.J12.L$
L13.J.H4.A.A5.A5.A2.A4.2A7.H9.J12.L$L13.J.H2.2A.A5.A.A3.A2.A3.2A9.H9.
J6.2A4.L$L10.2A.J.H.A2.A5.A.A5.2A3.A.A9.H9.J.2A2.A2.A3.L$L6.2A.A.A.J.
H.A.A6.2A11.2A4.2A4.H9.J.A.A2.2A4.L$L7.A.A3.J.H2.A3.2A21.A5.H9.J4.2A
6.L$L7.A.2A2.J.H5.A2.A4.2A4.A12.A2.H5.2A2.J5.A6.L$L6.2A2.A2.J.H5.A2.A
3.A2.A2.A.A4.3A3.2A2.H4.A2.A.J2.A2.A.2A3.L$L5.A2.2A3.J.H2.A3.2A5.2A3.
2A4.3A8.H3.A.2A2.J.A.A.2A.A3.L$L6.A.A4.J.H.A.A31.H3.A5.J2.A.A7.L$L5.
2A.A4.J.H2.A.A8.9D13.H2.2A5.J3.A2.2A4.L$L3.A2.A.2A3.J.H3.A4.A3.D9.D8.
A3.H9.J4.2A.3A2.L$L3.2A.A6.J.H7.A.A2.D.2A6.D3.2A2.A.A2.H5.A3.J10.A.L$
L6.A6.J.H6.A2.A2.D.2A2.3A.D2.A.A3.A3.H4.A.A2.J4.2A.3A2.L$L6.2A5.J.H7.
2A3.D9.D2.2A8.H3.A.A3.J4.2A.A4.L$L13.J.H13.9D13.H3.A5.J12.L$L13.J.H
35.H2.2A5.J12.L$L13.J.H2.3D2.D4.4D.D2.D.D2.D.3D.3D.H9.J12.L$L13.J.H2.
D2.D.D4.D2.D.2D.D.D.D3.D2.D3.H9.J12.L$L13.J.H2.3D2.D4.D2.D.D.2D.2D4.D
2.D3.H4.2A3.J12.L$L13.J.H2.D2.D.D4.D2.D.D2.D.D.D3.D2.D3.H3.A.A3.J12.L
$L13.J.H2.3D2.4D.4D.D2.D.D2.D.3D.3D.H3.A5.J12.L$L13.J.H35.H2.2A5.J12.
L$L13.J2.35H10.J12.L$L13.J47.J12.L$L13.J2.3H2.H.H3.2H2.H3.H4.4H.3H3.
3H7.J12.L$L13.J2.H3.H.H.H.H2.H.H3.H4.H2.H.H2.H4.H7.J12.L$L13.J2.3H.H.
H.H.4H.H3.H4.H2.H.3H5.H7.J12.L$L13.J4.H.H.H.H.H2.H.H3.H4.H2.H.H2.H.H
2.H7.J12.L$L13.J2.3H.H.H.H.H2.H.3H.3H2.4H.3H3.2H2.H5.J12.L$L14.J45.J
13.L$L15.45J14.L$L74.L$L20.3J.3J3.2J2.3J2.5J2.2J2.J2.J20.L$L20.J3.J2.
J.J2.J.J2.J3.J3.J2.J.2J.J20.L$L20.3J.3J2.4J.J.J4.J3.4J.J.2J20.L$L22.J
.J4.J2.J.2J5.J3.J2.J.J2.J20.L$L20.3J.J4.J2.J.J.2J3.J3.J2.J.J2.J20.L$.
L72.L$2.72L2$2.L2.L.4L.L2.L5.3L.3L3.2L2.3L2.5L2.2L2.L2.L6.L$2.2L.L.L
2.L.2L.L5.L3.L2.L.L2.L.L2.L3.L3.L2.L.2L.L5.L$2.L.2L.L2.L.L.2L.3L.3L.
3L2.4L.L.L4.L3.4L.L.2L4.L$2.L2.L.L2.L.L2.L7.L.L4.L2.L.2L5.L3.L2.L.L2.
L3.L$2.L2.L.4L.L2.L5.3L.L4.L2.L.L.2L3.L3.L2.L.L2.L2.L2$18.2L2.5L.L2.L
.4L.L2.L.3L2.2L2.L2.L$17.L2.L3.L3.L2.L.L4.2L.L2.L2.L2.L.2L.L$17.4L3.L
3.4L.4L.L.2L2.L2.4L.L.2L$17.L2.L3.L3.L2.L.L4.L2.L2.L2.L2.L.L2.L$17.L
2.L3.L3.L2.L.4L.L2.L.3L.L2.L.L2.L!

Athenian? I've never heard that term used before.
EDIT:

It turns out that the extra blinker can be removed, making a HF236B:

Code: Select all

Snip

If you add a sidesnagger, it becomes an eonian blinker keeper:

Code: Select all

x = 56, y = 95, rule = LifeHistory
28.2D$29.2D$28.2D$28.D14$7.2C$6.3C.2C$7.2C.3C.2A$6.3C.2C2.2A33.A$6.2C
40.A.A$49.A4$54.A$11.D41.A.A$11.D42.A$11.D4$51.A$51.2A$51.2A$16.A6.2A
27.A$15.A.A5.2A3.A12.2A$6.A8.2A10.A.A6.2A3.2A$5.A.A20.A7.2A$4.A2.A3.2A
$5.2A4.2A$.A$A.A$2A$6.2A$6.2A2$28.2D$29.2D$28.2D$28.D14$7.2C$6.3C.2C$
7.2C.3C.2A$6.3C.2C2.2A33.A$6.2C40.A.A$49.A4$54.A$11.E41.A.A$11.E42.A$
11.E4$51.A$51.2A$51.2A$16.A6.2A27.A$15.A.A5.2A3.A12.2A$6.A8.2A10.A.A6.
2A3.2A$5.A.A20.A7.2A$4.A2.A3.2A$5.2A4.2A$.A$A.A$2A$6.2A$6.2A!

Of course, if you don't need it to be eonian, you can replace the sidesnagger with an ordinary eater.
Without an eater, it outputs a glider. Might be useful.

[Period1GliderGun]

Potential start for a p2 conduit:

Code: Select all

x = 19, y = 29, rule = B3/S23
bo$b2o$b2o$2bo8$o$obo$3o$2bo12$11b3o$15b3o$16b3o!

[WhiteHawk]

Potential start for a p2 conduit:

Code: Select all

After a little further investigation, produces an r with some debris that hinders it's escape. Though the debris is somewhat essential to the R formation, posting to see if it can be recovered.

Code: Select all

x = 19, y = 32, rule = B3/S23
10bo5bo$10b2o3b2o$10b2o3b2o$bo9bo3bo$b2o$b2o$2bo8$o$obo$3o$2bo12$11b3o
$15b3o$16b3o!

[qqd]

Potential start for a p2 conduit:

Code: Select all

After a little further investigation, produces an r with some debris that hinders it's escape. Though the debris is somewhat essential to the R formation, posting to see if it can be recovered.

Code: Select all

x = 19, y = 32, rule = B3/S23
10bo5bo$10b2o3b2o$10b2o3b2o$bo9bo3bo$b2o$b2o$2bo8$o$obo$3o$2bo12$11b3o
$15b3o$16b3o!

Eonian H to G based on that, using a sidesnagger:

Code: Select all

x = 29, y = 32, rule = B3/S23
10bo5bo$10b2o3b2o$10b2o3b2o$bo9bo3bo6b2o$b2o19b2o$b2o$2bo2$21b2o4b2o$
20bo2bo3b2o$21bobo$22bo2$25bo$o23bobo$obo22b2o$3o$2bo12$11b3o$15b3o$16b
3o!

The sidesnagger can also be flipped:

Code: Select all

x = 29, y = 32, rule = B3/S23
10bo5bo$10b2o3b2o$10b2o3b2o$bo9bo3bo$b2o22b2o$b2o21bobo$2bo22bo2$22bo
$21bobo$20bo2bo3b2o$21b2o4b2o3$o$obo19b2o$3o19b2o$2bo12$11b3o$15b3o$16b
3o!

[synperiplanar]

Eonian H to G based on that, using a sidesnagger:

Code: Select all

x = 29, y = 32, rule = B3/S23
10bo5bo$10b2o3b2o$10b2o3b2o$bo9bo3bo6b2o$b2o19b2o$b2o$2bo2$21b2o4b2o$
20bo2bo3b2o$21bobo$22bo2$25bo$o23bobo$obo22b2o$3o$2bo12$11b3o$15b3o$16b
3o!

The sidesnagger can also be flipped:

Code: Select all

x = 29, y = 32, rule = B3/S23
10bo5bo$10b2o3b2o$10b2o3b2o$bo9bo3bo$b2o22b2o$b2o21bobo$2bo22bo2$22bo
$21bobo$20bo2bo3b2o$21b2o4b2o3$o$obo19b2o$3o19b2o$2bo12$11b3o$15b3o$16b
3o!

reduced?

Code: Select all

x = 25, y = 32, rule = B3/S23
10bo5bo$10b2o3b2o$10b2o3b2o$bo9bo3bo$b2o16b2o$b2o16b2o$2bo2$21bo$20bo
bo$21bo$22b3o$24bo2$o$obo$3o$2bo12$11b3o$15b3o$16b3o!

edit: another

Code: Select all

x = 25, y = 32, rule = B3/S23
18bo$16b3o$15bo$bo13b2o$b2o16b2o$b2o16b2o$2bo2$21bo$20bobo$21bo$22b3o
$24bo2$o$obo$3o$2bo12$11b3o$15b3o$16b3o!

edit: oh wait i see you wanted it to be eonian
edit: well an eater1 can be synthesized with 2 gliders so i don't see why that could be a problem?

[ElijahKen]

edit: oh wait i see you wanted it to be eonian
edit: well an eater1 can be synthesized with 2 gliders so i don't see why that could be a problem?

Well, which is more common, an eater1, or a toad? Slow salvo construction doesn't use the 2g eater1 synthesis. I think the point of eonian circuitry is that it is made of common objects.

EDIT:
Conduit 1 can be made Eonian by using a beacon:

Code: Select all

x = 24, y = 13, rule = B3/S23
3b2o$3b2o$b2o$b2o6$o3b2o15bo$2o2b2o15bo$b2o18b3o$2o21bo!

[hotcrystal0]

I should mention that BRx46B is eonian:

Code: Select all

x = 10, y = 13, rule = B3/S23
2b2o$bo2bo3b2o$2b2o4b2o7$7b2o$2bo4b2o$b3o$2obo!

Edit: Eonian version of HF95P:

Code: Select all

x = 18, y = 27, rule = B3/S23
6b2o$5bobo$bo4bo6b2o$o2bo9b2o$o2bo$2bo2$2bo$2b2o$2b2o$3bo8$bo$bobo$b3o
$3bo2$10b2o3b2o$12bobo$9bo7bo$10b2o3b2o!

[qqd]

Eonian form of Fx119:

Code: Select all

x = 23, y = 23, rule = B3/S23
o$obo$3o$2bo10$2b3o$3b3o$9b2o11bo$9b2o9b3o$20bo$3b3o14bo$2b3o2$9b2o$9b
2o!

Both faster Fx119 variants mentioned on the Fx119 article can also be 'eonified', the first one being:

Code: Select all

x = 23, y = 34, rule = B3/S23
bo$b2o$b2o10b2o$2bo10b2o5$20b2o$20b2o2$o$obo$3o$2bo10$2b3o$3b3o$9b2o11b
o$9b2o9b3o$20bo$3b3o14bo$2b3o2$9b2o$9b2o!

And the second one being the Fx119G suppressed variant which suppresses the output Herschel's FNG:

Code: Select all

x = 29, y = 37, rule = B3/S23
10bo5bo$10b2o3b2o$10b2o3b2o$bo9bo3bo6b2o$b2o19b2o$b2o$2bo2$21b2o4b2o$
20bo2bo3b2o$21bobo$22bo2$25bo$o23bobo$obo22b2o$3o$2bo18b2o$21b2o9$2b3o
$3b3o$9b2o11bo$9b2o9b3o$20bo$3b3o14bo$2b3o2$9b2o$9b2o!

However, I noticed that using the transparent blinker yields a much simpler FNG suppressing variant:

Code: Select all

x = 23, y = 35, rule = B3/S23
7bo$bo5bo$b2o4bo$b2o$2bo8$o$obo$3o$2bo10$2b3o$3b3o$9b2o11bo$9b2o9b3o$
20bo$3b3o14bo$2b3o2$9b2o$9b2o!

Unfortunately, the 'eonified' Fx119 inserter only has 16hd of clearance, compared to the regular version with 27hd of clearance:

Code: Select all

x = 23, y = 23, rule = B3/S23
o$obo$3o$2bo10$2b3o15b3o$3b3o13b3o$9b2o$9b2o2$3b3o13b3o$2b3o15b3o2$9b
2o$9b2o!

[ElijahKen]

Unfortunately, the 'eonified' Fx119 inserter only has 16hd of clearance, compared to the regular version with 27hd of clearance:

Code: Select all

x = 23, y = 23, rule = B3/S23
o$obo$3o$2bo10$2b3o15b3o$3b3o13b3o$9b2o$9b2o2$3b3o13b3o$2b3o15b3o2$9b
2o$9b2o!

Here is a version replacing the rightmost killer toads with a tub, with 6hd more clearance (22 total, I think):

Code: Select all

x = 26, y = 24, rule = B3/S23
o$obo$3o$2bo10$2b3o$3b3o$9b2o$9b2o2$3b3o$2b3o2$9b2o13bo$9b2o12bobo$24b
o!

[Period1GliderGun]

Blockic R catalyst:

Code: Select all

x = 19, y = 9, rule = B3/S23
2o$2o4b2o$6b2o4$17bo$17b2o$16b2o!

EDIT: Eonian W-to-junk:

Code: Select all

x = 14, y = 15, rule = B3/S23
b2o3b2o$o7bo$3bobo$b2o3b2o6$4bo$4bo$4bo7b2o$11bobo$10bo2bo$11b2o!

Another (the blinker doesn't rephase in either of these):

Code: Select all

x = 6, y = 8, rule = B3/S23
4b2o$3bobo$2bo2bo$3b2o4$3o!

I will search for more.

EDIT: Eonian C-junk:

Code: Select all

x = 5, y = 12, rule = B3/S23
2b3o9$3o$o2bo$2b2o!

[TigerCub414]

It's neat how the original H-to-MWSS, one of the most wonderful Spartan circuits, is also Eonian:

Code: Select all

x = 61, y = 54, rule = LifeHistory
19.3D$19.D2.D$19.D$19.D3.D$19.D$20.D.D29.2A$52.2A3$58.2A$58.2A$54.2A$
54.2A$15.A$14.A.A16.2A$14.A.A16.2A$15.A43.2A$59.2A7$17.A$16.A.A$17.2A
4$20.A$19.A.A$20.A$23.2A11.D$23.2A9.3D$34.D.D$34.D4$54.2A$54.2A$48.2A
$48.2A3$3A47.2A$43.2A5.2A$43.2A3$2.3A8.3C$.3A10.C$12.3C!

Also, I strongly suspect that the 3 known Eonian Herschel conduits - R64, Fx119, and Rx130 - form a universal set. An Eonian reflector is likely possible.