Thread for your speculative elementary conduits

[AlbertArmStain]

Failed H-to-B

Code: Select all

x = 21, y = 39, rule = B3/S23
12b2o$9b2o2bo$8bobobo$8bo3b2o$9b3o$11bo18$o$obo$3o$2bo2$15b2o$15bobo$
17bo$5b2o9b2ob2o$6bo8bo2bobo$3b3o9b3o$3bo8bo$12b4o$15bo$14bo$14b2o!

I can’t find any replacements for the eater 1

[C28]

Failed H-to-B

Code: Select all

x = 21, y = 39, rule = B3/S23
12b2o$9b2o2bo$8bobobo$8bo3b2o$9b3o$11bo18$o$obo$3o$2bo2$15b2o$15bobo$
17bo$5b2o9b2ob2o$6bo8bo2bobo$3b3o9b3o$3bo8bo$12b4o$15bo$14bo$14b2o!

I can’t find any replacements for the eater 1

*Half-life sfx*

Code: Select all

x = 21, y = 39, rule = B3/S23
12b2o$9b2o2bo$8bobobo$8bo3b2o$9b3o$11bo18$o$obo$3o$2bo2$15b2o$15bobo$
17bo$16b2ob2o$o2bob2o8bo2bobo$4obo9b3o$5bobo4bo$2b2o2b2o4b4o$2bo12bo$
3bo10bo$2b2o10b2o!

[confocaloid]

Failed H-to-B

Code: Select all

x = 21, y = 39, rule = B3/S23
12b2o$9b2o2bo$8bobobo$8bo3b2o$9b3o$11bo18$o$obo$3o$2bo2$15b2o$15bobo$
17bo$5b2o9b2ob2o$6bo8bo2bobo$3b3o9b3o$3bo8bo$12b4o$15bo$14bo$14b2o!

I can’t find any replacements for the eater 1

*Half-life sfx*

Code: Select all

x = 21, y = 39, rule = B3/S23
12b2o$9b2o2bo$8bobobo$8bo3b2o$9b3o$11bo18$o$obo$3o$2bo2$15b2o$15bobo$
17bo$16b2ob2o$o2bob2o8bo2bobo$4obo9b3o$5bobo4bo$2b2o2b2o4b4o$2bo12bo$
3bo10bo$2b2o10b2o!

It can be connected to a dependent conduit that begins with the transparent block reaction and suppresses the SW10T108 glider output, to make a block factory like this:

Code: Select all

x = 51, y = 39, rule = LifeHistory
17.2A$14.2A2.A31.B$13.A.A.A31.2B$13.A.B.2AB28.3B$14.3A.2B27.4B$15.BA
4B25.4B$16.5B24.4B$16.4B10.B13.4B$15.6B8.3B11.4B$14.8B5.6B8.5B$14.11B
2.7B3.8B$11.B.32B$10.12BD23B$9.13BDBD21B.3B$8.3B2D9B3DB2A22B$9.2B2D
11BDB2A21B2A$8.39B.B2A$7.39B3.B$7.17B.B2.18B$7.16B5.17B$7.15B6.17B$5.
17B6.19B$3.19B7.18B$3.2BC15B8.4B2.12B$2.3BCBC13B14.11B$3.2B3C12B15.8B
$2.5BC12B15.10B$.19B11.A.2AB.4B2.2A$4B6.10B2A7.3AB2AB7.A$3B8.5B3.BA.A
5.A4.B10.3A$2B9.5B4.B.A6.3A.2A11.A$B8.6B4.2B2A.2A5.2A2.A$5.A2.A.2A7.B
A2.A.A8.2A$5.4A.A8.B3A$10.A.A4.A$7.2A2.2A4.4A$7.A12.A$8.A10.A$7.2A10.
2A!

[qqd]

Failed H-to-B

Code: Select all

x = 21, y = 39, rule = B3/S23
12b2o$9b2o2bo$8bobobo$8bo3b2o$9b3o$11bo18$o$obo$3o$2bo2$15b2o$15bobo$
17bo$5b2o9b2ob2o$6bo8bo2bobo$3b3o9b3o$3bo8bo$12b4o$15bo$14bo$14b2o!

I can’t find any replacements for the eater 1

*Half-life sfx*

Code: Select all

x = 21, y = 39, rule = B3/S23
12b2o$9b2o2bo$8bobobo$8bo3b2o$9b3o$11bo18$o$obo$3o$2bo2$15b2o$15bobo$
17bo$16b2ob2o$o2bob2o8bo2bobo$4obo9b3o$5bobo4bo$2b2o2b2o4b4o$2bo12bo$
3bo10bo$2b2o10b2o!

Not exactly useful H-to-H:

Code: Select all

x = 72, y = 52, rule = B3/S23
38b2o$35b2o2bo$34bobobo$34bo3b2o$35b3o$37bo7$43bo$43bo$6b2o35b3ob2o$7b
o37bob2o21b2o$6bo63b2o$6b2o6$5bo3b2o15bo$5b2o2b2o15bo$6b2o18b3o$5b2o
21bo$52bob2o8b2o$41b2o7b3ob2o8bo$41bobo5bo15b3o$43bo6b3ob2o11bo$42b2ob
2o5bobo$2b2o22bo2bob2o8bo2bobo5bobo$3bo22b4obo9b3o9bo$3bobo25bobo4bo$
4b2o22b2o2b2o4b4o$28bo12bo$29bo10bo$28b2o10b2o$5b2o$2o3b2o$2o2$bo$b2o
12b2o$o2b2o4b2o5bo$2bobo4b2o2b3o$4bo8bo$14b2o$15bo$4b2o8bo$4b2o8b2o!

[Jormungant]

Failed H-to-B

Code: Select all

x = 21, y = 39, rule = B3/S23
12b2o$9b2o2bo$8bobobo$8bo3b2o$9b3o$11bo18$o$obo$3o$2bo2$15b2o$15bobo$
17bo$5b2o9b2ob2o$6bo8bo2bobo$3b3o9b3o$3bo8bo$12b4o$15bo$14bo$14b2o!

I can’t find any replacements for the eater 1

*Half-life sfx*

Code: Select all

x = 21, y = 39, rule = B3/S23
12b2o$9b2o2bo$8bobobo$8bo3b2o$9b3o$11bo18$o$obo$3o$2bo2$15b2o$15bobo$
17bo$16b2ob2o$o2bob2o8bo2bobo$4obo9b3o$5bobo4bo$2b2o2b2o4b4o$2bo12bo$
3bo10bo$2b2o10b2o!

Not exactly useful H-to-H:

Code: Select all

x = 72, y = 52, rule = B3/S23
38b2o$35b2o2bo$34bobobo$34bo3b2o$35b3o$37bo7$43bo$43bo$6b2o35b3ob2o$7b
o37bob2o21b2o$6bo63b2o$6b2o6$5bo3b2o15bo$5b2o2b2o15bo$6b2o18b3o$5b2o
21bo$52bob2o8b2o$41b2o7b3ob2o8bo$41bobo5bo15b3o$43bo6b3ob2o11bo$42b2ob
2o5bobo$2b2o22bo2bob2o8bo2bobo5bobo$3bo22b4obo9b3o9bo$3bobo25bobo4bo$
4b2o22b2o2b2o4b4o$28bo12bo$29bo10bo$28b2o10b2o$5b2o$2o3b2o$2o2$bo$b2o
12b2o$o2b2o4b2o5bo$2bobo4b2o2b3o$4bo8bo$14b2o$15bo$4b2o8bo$4b2o8b2o!

I thought I could fix this, but I got a precarious pond factory instead...

Code: Select all

x = 82, y = 75, rule = LifeHistory
2$49.B$49.2B$49.2B$49.B$49.2B$49.4B$49.7B2.2B2.B$49.3BD11B$49.BDBD12B
2.B$49.B3D9B2AB.B2A$49.BD11B2A3B2A$49.17B.B$54.4B.7B$55.4B.7B$56.12B$
57.11B$58.3B3.3B.3B$59.2B3.7B$56.2B.2B3.6B2A$55.2A4B3.6B2A$55.2AB.2B
3.5B.B$56.B2.2B3.5B$59.9B$58.10B$57.11B$56.11B$55.13B$54.15B$53.19B$
52.19B2A$42.2A7.4B.15B2A$39.2A2.A6.4B.17B$38.A.A.A6.19B$38.A.B.2AB3.
19B$39.3A.2B2.20B$40.BA24B$41.28B$41.7B.20B$40.7B3.20B$39.8B2.22B$39.
32B$36.B.32B$35.26B.10B$34.5B2D13B.7B2.2B4.2A$10.2A21.7B2D12B2.3B.B4.
B4.A$11.A22.5B2D13B4.2B2A3.2A4.3A$10.A22.6BD13B4.BA2.A4.A6.A$10.2A20.
17B9.3A5.A.A$11.B20.17B18.2A$11.3B18.16B10.3A$10.6B16.15B11.A2.A$9.
10B11.17B13.2A$9.11B3.2B2.20B$7.2BC3B2A31B$7.2B2C2B2A31B$8.2B2C33B$9.
2C21B2D11B$9.22BD2BD10B$11.13B.4B2.D2BD10B2A$11.7B.B4.4B3.B2D2.5B3.BA
.A$23.4B4.B.2B.5B4.B.A$22.2C2B5.10B3.2B2A.2A$21.CBCB7.C.2C2.2B4.BA2.A
.A$20.BC2B6.3C.C9.B3A$19.B2CB6.C4.C.C5.A$18.2B9.2C3.2C.C4.4A$17.4B16.
C7.A$16.4B17.2C5.A$15.4B25.2A$14.4B$13.4B$12.4B$11.4B!

[C28]

need a replacement for the tub

Code: Select all

x = 26, y = 18, rule = B3/S23
5b3o$5b3o$4bobo$4b2o10$24bo$2b2o19bobo$3bo5b2o13bo$3o6b2o$o!

[b-engine]

need a replacement for the tub

Code: Select all

x = 26, y = 18, rule = B3/S23
5b3o$5b3o$4bobo$4b2o10$24bo$2b2o19bobo$3bo5b2o13bo$3o6b2o$o!

This almost works, but the glider crashes into the eater 2:

Code: Select all

x = 30, y = 18, rule = B3/S23
5b3o$5b3o$4bobo$4b2o6$28b2o$24b2obobo$24b2obo$28bo$24b2ob2o$2b2o21bob
o$3bo5b2o14bobo$3o6b2o15bo$o!

[Tawal]

need a replacement for the tub

Code: Select all

x = 26, y = 18, rule = B3/S23
5b3o$5b3o$4bobo$4b2o10$24bo$2b2o19bobo$3bo5b2o13bo$3o6b2o$o!

Just replace the Tub by a Boat and it will be destroyed instead transformed to blinker.
Thought it's easier to create a Boat than transform a Blinker to a Tub with the right placement.

Code: Select all

x = 38, y = 28, rule = LifeHistory
5$10.3A$10.3A$9.A.A$9.2A10$29.A$7.2A19.A.A$8.A5.2A13.AC$5.3A6.2A$5.A!
#C [[ Z 12 ]]

That's surely not what you want ...

[C28]

i don't know why, but something about this conduit does not feel like it would be connectable

Code: Select all

x = 35, y = 21, rule = B3/S23
5b3o$5b3o$4bobo$4b2o18b2o$24b2o2$31bob2o$31b2obo6$22b2o$2b2o15bobo2bo
$3bo5b2o6b3obob2o$3o6b2o5bo4bo$o16b3obo4b2o$19b2o5bo$27b3o$29bo!

(name is UBx143H)

edit: partial U to B with sacrificial block

Code: Select all

x = 16, y = 16, rule = B3/S23
9b3o$9b3o$8bobo$8b2o4$2o$2o4$12b2o$12bo$13b3o$15bo!

[AlbertArmStain]

H-to-R partial, it could also be made into a H-to-B or H-to-H using the right catalysts:

Code: Select all

x = 20, y = 40, rule = LifeHistory
11.2A$12.A$8.A.A$4.A2.A.6A$4.4A6.A$8.4A$4.3A.A2.A$3.A2.2A$3.2A4$18.D$
18.2D$17.2D5$C$C.C$3C$2.C9$3.2A$3.A.A$2A.A2.A$A2.3A.A$2.A3.2A$.2A.A$3.
A.3A$3.A3.A$2.2A!

I searched the top catalyst, here's some interesting partials I got:

Code: Select all

x = 518, y = 114, rule = B3/S23
11b2o68b2o68b2o68b2o68b2o68b2o68b2o68b2o$12bo69bo69bo69bo69bo69bo69bo
69bo$8bobo67bobo67bobo67bobo67bobo67bobo67bobo67bobo$4bo2bob6o7b2o50b
o2bob6o59bo2bob6o59bo2bob6o59bo2bob6o59bo2bob6o59bo2bob6o59bo2bob6o$4b
4o6bo6bo2bo49b4o6bo59b4o6bo10b2o47b4o6bo59b4o6bo59b4o6bo59b4o6bo59b4o
6bo$8b4o10bobo53b4o66b4o13b2o51b4o66b4o66b4o66b4o66b4o$4b3obo2bo7b4o2b
2o47b3obo2bo20bo41b3obo2bo62b3obo2bo62b3obo2bo62b3obo2bo62b3obo2bo62b
3obo2bo$3bo2b2o11bo3bobobo45bo2b2o22b3o40bo2b2o15b4o46bo2b2o65bo2b2o65b
o2b2o65bo2b2o65bo2b2o$3b2o16b2obo2bo45b2o24bo43b2o18bo2bo46b2o68b2o68b
2o68b2o68b2o$22bobobo72b2o$22bobob2o$21b2obo$24bo73b2o68b2o281b2o$24b
ob2o70b2o68b2o206bo74b2o$23b2obo347b3o$26bo346bo$26b2o346bo77b2o$373b
2o77bo$372bo2b2o76b3o$o69bo69bo69bo69bo69bo21b2obobo42bo34bo34bo$obo67b
obo67bobo67bobo67bobo24b2o41bobo20bobobo42bobo67bobo$3o67b3o67b3o67b3o
67b3o23bobo41b3o20bo2bo43b3o67b3o$2bo69bo69bo69bo69bo23bo45bo21b2o46b
o69bo$305b2o$303bo$303b4o$236b2o69bo$236bobo64b4o208b2o$238bo64bo3b3o
203bo2bo$237bob2o64b2o2bo203b3o$237bobo66bo203bo$236b2obobo64bobo201b
8o$238bob2o65b2o208bo$238bo271b2ob2o$237b2o272bobo$511bobo$512bo34$11b
2o68b2o68b2o68b2o68b2o68b2o68b2o68b2o$12bo69bo69bo69bo69bo69bo69bo69b
o$8bobo67bobo67bobo67bobo67bobo67bobo67bobo67bobo$4bo2bob6o59bo2bob6o
59bo2bob6o59bo2bob6o59bo2bob6o59bo2bob6o59bo2bob6o59bo2bob6o$4b4o6bo59b
4o6bo59b4o6bo59b4o6bo59b4o6bo59b4o6bo59b4o6bo59b4o6bo$8b4o66b4o66b4o66b
4o66b4o66b4o66b4o66b4o$4b3obo2bo62b3obo2bo62b3obo2bo62b3obo2bo62b3obo
2bo62b3obo2bo62b3obo2bo62b3obo2bo$3bo2b2o65bo2b2o65bo2b2o65bo2b2o65bo
2b2o65bo2b2o65bo2b2o65bo2b2o$3b2o68b2o68b2o68b2o68b2o68b2o68b2o68b2o2$
301b2o$301bo3b2o$303bo2bo$302b4o2$302b2o$301bo2bo$302b2obo$162b2o139b
obo$o69bo69bo22bo46bo69bo20bobob2o43bo69bo69bo$obo67bobo67bobo20bob2o
43bobo67bobo18b2o47bobo67bobo67bobo$3o67b3o67b3o17b2ob2obo43b3o67b3o67b
3o67b3o67b3o$2bo69bo69bo18bo50bo69bo69bo20b2o47bo69bo$159bobo212bo2b2o
$159b2o213bobo2bo$230b2o141b2o2bobo$229bo2bo139bo2b2obo$230b2o2bo138b
2o2bo$24b2o205bob2o140bo$22bo2bo205bo141b3obo$22b3o203b2obo140bo3bobo
$227bo2bo142b2obo2bo$20b7o201b2o144bo2b3o$19bo6bo347bo$20b2obobo67b2o
133b4o143b3o$21bob2o63b2obo2bo134bo2bo144bo$21bo65bobob2o134bo3b2o191b
2ob2o3bo69b2o$20b2o63b3obobo135b2o194bo2b2obobobo69bo3b2o$84bo3b2obo331b
2o4bobob3o65bobobo2bo$85b2o3bo334b2ob2obo4bobo62b2o2b2o$87b3o335bo3bo
b2ob2ob2o66bo$87bo338b2obobo3bo71bo$424bobo2bobo3bob2o67b2o$424b2o2b2o
b2o3bobo!

[C28]

a UB254S which puts the lom really far away but also in a less than preferable place

Code: Select all

x = 37, y = 48, rule = LifeHistory
4.3B$3.5B$2.8BD$.8B2DB$2.6B2D2B$3.5BD3B$2.10B$2.10B$.10B$.10B$.9B$4.7B
$4.10B$3.12B$3.13B$2.15B$.17B$.18B$20B$.25B$.26B$2.25B$3.24B$4.28B$6.
20B3C4B.B$9.17B3C5B2A$8.17BCBC6B2A$7.18B2C5B.2B$7.26B$7.25B$8.23B$8.23B
$8.23B$9.21B$10.20B.B$10.23B$10.23B$11.19B2E2B$13.12B2.2BE2BEB$15.9B6.
2E2B$15.10B7.2B.2A$16.10B6.BA2.A$18.8B6.B3A$19.6B5.A$20.3B.B2A3.4A$24.
BA.A5.A$27.A4.A$27.2A3.2A!

edit: U to glider with an extra block

Code: Select all

x = 30, y = 19, rule = B3/S23
18b3o$bo16b3o$obo4bo9bobo$bo4bobo8b2o$6bobo$7bo$27b2o$27bo$25bobo$25b
2o6$26b2o$26bobo$28bo$28b2o!

[AlbertArmStain]

H-to-H partial found in a CatForce search

Code: Select all

x = 27, y = 36, rule = B3/S23
19b2o$19bo$21bo$17b5o$16bo$17bob3o$18b2o2bo$21b2o$13b2o$13b2o2b2o$17b
2o7$o$obo$3o$2bo3$24b2o$24bo$22bobo$22b2o2$25b2o$26bo$23b3o$23bo$24b2o
$25bo$24bo$24b2o!

[squareroot12621]

H-to-H partial:

Code: Select all

x = 27, y = 36, rule = B3/S23
19b2o$19bo$21bo$17b5o$16bo$17bob3o$18b2o2bo$21b2o$13b2o$13b2o2b2o$17b
2o7$o$obo$3o$2bo3$24b2o$24bo$22bobo$22b2o2$25b2o$26bo$23b3o$23bo$24b2o
$25bo$24bo$24b2o!

H → B (low clearance):

Code: Select all

x = 29, y = 36, rule = B3/S23
21b2o$21bo$23bo$19b5o$18bo$19bob3o$20b2o2bo$2o21b2o$bo13b2o$bobo11b2o
2b2o$2b2o15b2o7$2bo$2bobo$2b3o$4bo3$26b2o$26bo$6b2o16bobo$6b2o16b2o2$
27b2o$28bo$25b3o$25bo$26b2o$27bo$26bo$26b2o!

HR296H (repeat time so long that you get impatient and stop running the pattern before you can send another Herschel in):

Code: Select all

x = 83, y = 123, rule = LifeHistory
36.2A$36.A.A$38.A4.2A$34.4A.2A2.A2.A$34.A2.A.A.A.A.2A$37.A.A.A.A$38.2A
.A.A$42.A2$28.2A$29.A7.2A$29.A.A5.2A$30.2A7$40.2A$40.A$41.3A$43.A6$73.
A$71.3A$70.A$70.2A3$78.2A$56.2A21.A$3.2A51.A22.A.2A$4.A53.A12.2A4.3A2.
A$2.A51.5A12.2A3.A3.2A$2.5A14.2A30.A22.4A$7.A13.A32.A.3A3.2A15.A$4.3A
12.A.A33.2A2.A.A.A12.3A$3.A15.2A14.2A21.2A.A13.A$3.4A29.A13.2A9.A14.5A
$.2A3.A3.2A24.A.A11.2A2.2A5.2A17.A$A2.3A4.2A25.2A15.2A22.A$2A.A74.2A$
3.A$3.2A3$11.2A$12.A24.C$9.3A25.C.C$9.A27.3C$39.C3$61.2A$61.A$41.2A16.
A.A$41.2A16.2A2$62.2A$63.A$60.3A$60.A$61.2A$62.A$61.A$61.2A5$52.2A$52.
2A6$35.2A$36.A$36.A.A$37.2A9$33.2A$32.A.A$32.A$31.2A$41.2A$41.2A$30.2A
26.2A.A$31.A26.A.2A$31.A.A$32.2A17.2A$51.2A16$50.3D$50.D$49.3D!

[affamatodidio]

H-G based on that.

Code: Select all

x = 25, y = 31, rule = B3/S23
21b2o$21bo$23bo$19b5o$18bo$19bob3o$20b2o2bo$2o21b2o$bo13b2o$bobo11b2o
2b2o$2b2o15b2o$23b2o$23bo$21bobo$21b2o3$2bo$2bobo$2b3o$4bo3$19b2o$19b
2o2$7b2o$8bo$5b3o$5bo7b2o$13b2o!

[confocaloid]

H-G based on that.

Code: Select all

x = 25, y = 31, rule = B3/S23
21b2o$21bo$23bo$19b5o$18bo$19bob3o$20b2o2bo$2o21b2o$bo13b2o$bobo11b2o
2b2o$2b2o15b2o$23b2o$23bo$21bobo$21b2o3$2bo$2bobo$2b3o$4bo3$19b2o$19b
2o2$7b2o$8bo$5b3o$5bo7b2o$13b2o!

What a pity third glider cannot escape. I wonder how common that reaction is. I think there are 10 matches for the symmetric 2G parent pattern in the "blockish" octo3obj database, including two Blockic results (#1 and #6):

Code: Select all

x = 719, y = 13, rule = B3/S23
bobo128b2o60b2o63b2ob2o57b2ob2o63b2o61b2o59b2o7b2o53b2ob2o61b2o67b2o$o
2bo2bo125b2o59bo2bo62b2ob2o57b2ob2o63b2o61b2o2b2o55b2o7b2o53b2ob2o3b2o
55bo2bo4bo61b2o$bo5bo186b2o5b2o126b2o125b2o127b2o56b2o5bo54bo$2bo2bo2b
o192b2o126b2o319bo54bo6b2o$5bobo121b2o2b2o2b2o126b2o123b2ob2o58b2o6b2o
53bo4b2o182bo6b2o$129b2o2b2o2b2o55bo6b2o58b2o2b2o123b2ob2o54b2o2b2o2b
2ob2o54bo4b2o56bo4b2o65b2o$193bobo5b2o58b2o65b2o119b2o6b2o3bo53bo62bo
4b2o55b2o7b2o57b2o6b2o$132bo60bobo61b2o69b2o55b2o7bo126bo57bo61b2o9bo
56b2o2b2ob2o$131b2o61bo62b2o4b3o57b2o60b2o2b2o2b2o125b2o62bo128b2o3bo$
131bobo129bo59b2o64b2o2bobo62b2o60bobo60b2o$195b2o67bo61b3o129b2o123bo
bo$195bobo128bo$195bo131bo!

As it is, that H-to-2G is SW5T128 / SW-2T21

Code: Select all

x = 41, y = 60, rule = LifeHistory
.3D2.D3.D.5D.5D3.D4.3D3.3D$D3.D.D3.D.D7.D4.2D3.D3.D.D3.D$D5.D3.D.D7.D
5.D7.D.D3.D$.3D2.D.D.D2.3D4.D5.D6.D3.3D$4.D.D.D.D5.D3.D5.D5.D3.D3.D$D
3.D.2D.2D.D3.D3.D5.D4.D4.D3.D$.3D2.D3.D2.3D4.D4.3D2.5D2.3D4$.3D2.D3.D
8.3D2.5D2.3D4.D$D3.D.D3.D7.D3.D3.D3.D3.D2.2D$D5.D3.D11.D3.D7.D3.D$.3D
2.D.D.D.5D4.D4.D6.D4.D$4.D.D.D.D9.D5.D5.D5.D$D3.D.2D.2D8.D6.D4.D6.D$.
3D2.D3.D7.5D3.D3.5D2.3D6$37.2A$37.A$39.A$35.5A$34.A.B$34.BA.3A$33.B2.
2A2.A$16.2A14.6B.2A$17.A13.2A3B$17.A.AB9.B2A2B2A$18.2AB.3B6.3B.2A$20.
7B2.7B3.2A$20.15B4.A$21.14B.BA.A$20.15B.B2A$18.19B$16.21B$16.2BC17B$
15.3BCBC14B$16.2B3C13B$15.5BC13B$14.20B$13.4B3.13B2.B$12.4B3.4B.9B.B
2A$11.4B3.4B3.10B2A$10.4B3.4B2.11B.B$9.4B3.4B3.2A3.5B$8.4B3.4B5.A2.6B
$8.3B3.4B3.3A3.4B$8.2B3.4B4.A5.2B2AB$8.B3.4B13.2A$11.4B$10.4B$9.4B$8.
4B$8.3B$8.2B$8.B!

[affamatodidio]

There's an octaplet at the left side that sacrifices a block. If the block could be replaced, it would give a new G-X lead.

Code: Select all

x = 54, y = 34, rule = B3/S23
14bo14b2o4b2o$15bo13b2o4b2o$13b3o27b2o$42bobo3bo$23b2o17bo4bobo$23bob
o15b2o4bobo$24bo21b2ob3o$52bo$46b2ob3o$46b2obo5$14bo$13bobo$14bo37b2o
$52b2o6$2o$2o13b2o$15b2o17b2o$34b2o4$15b2o14b2o$14bobo14b2o$14bo$13b2o
!

[Tawal]

I found a new W to G.
Unfortunately I can't connect it to any conduit I know which outputs a Wing and lets escape the Glider.

Code: Select all

x = 34, y = 28, rule = LifeHistory
7$15.3B$14.5B$13.7B$13.8B$10.13B$9.15B5.2A$6.7B2E9B5.A$4.5B2D3BE10B.B
A.A$4.5BDBD2E10B2.B2A$5.4BD2BE14B$6.21B$6.21B$8.18B$9.8B.2B.3B$10.3B.
2B$11.B3.AB$14.A.A$14.2A!
#C [[ STOP 103 ]]

[Jormungant]

I found a new W to G.
Unfortunately I can't connect it to any conduit I know which outputs a Wing and lets escape the Glider.

Code: Select all

x = 34, y = 28, rule = LifeHistory
7$15.3B$14.5B$13.7B$13.8B$10.13B$9.15B5.2A$6.7B2E9B5.A$4.5B2D3BE10B.B
A.A$4.5BDBD2E10B2.B2A$5.4BD2BE14B$6.21B$6.21B$8.18B$9.8B.2B.3B$10.3B.
2B$11.B3.AB$14.A.A$14.2A!
#C [[ STOP 103 ]]

I managed to connect it to a Q-to-W, so one can end up with this H-to-G1+g using it, but with an no-so-desirable repeat time:

Code: Select all

x = 77, y = 66, rule = LifeHistory
4$31.2A.A$31.A.2A2$32.5A$27.2A2.A4.A3.2A8.2A$27.A2.A.BAB4.B2AB7.A.A$
28.A.A.2AB5.4B3.B3.AB$27.2A.A.4BA3.5B.3B.2B$30.A3.BABA2.13B.2B.3B$30.
2A2.A2BA.23B$35.2A26B$26.A10.8B.17B$26.3A8.8B2.BD14B$29.A6.9B3.2D10B
2.B2A$28.2A6.9B3.2BD10B.BA.A$28.17B3.B2D9B5.A$28.13B.3B3.12B5.2A$27.
19B2.11B$26.20B.10B$27.11BD17B$25.13B2D17B$20.B.17B2D18B$19.2AB.16B3D
17B$19.2A18B2D17B2A$20.B.16B2D16B.B2A$22.16BD14B5.B$22.12B.19B$22.28B
.4B$22.12B.14B3.4B$22.10B3.10B.3B4.4B$22.10B3.10B9.4B$21.10B5.9B$21.
10B6.8B$13.2A6.10B10.3B$14.A7.9B9.5B.2A$14.A.AB4.9B.2B6.B2A3B.A$15.2A
B.14B2A6.2AB2.A$17.16B2A10.A$17.14B.2B7.5A.A$18.13B10.A4.A.A$17.14B.
2B9.A2.A.A$15.18B2A7.2A3.A$13.18B.B2A$13.2BC15B2.B$12.3BCBC4B.8B$13.
2B3C4B2.7B$12.5BC4B2.7B$12.9B3.7B$12.2B11.7B$12.B12.7B$25.6B$26.5B$
24.6B$24.6B$24.4B$24.2B2AB$26.2A!

[Tawal]

...
I managed to connect it to a Q-to-W, so one can end up with this H-to-G1+g using it, but with an no-so-desirable repeat time:

Code: Select all

 rle removed - see previous post 

I had fallen into the same kind of resolution with a Dove to G :

Useless p1338 Glider Gun and certainly not a record :

Code: Select all

x = 141, y = 110, rule = LifeHistory
40.2A3.2A$38.3A.A2.2A$37.A4.A$37.A2.2A.4A$36.2A.A.A.A2.A$37.A.A.A.A$
37.A.A.2A$38.A2$51.2A$42.2A7.A$42.2A5.A.A$49.2A7$39.2A$29.D10.A$29.D.
D5.3A$19.A9.2D6.A$17.3A$16.A$15.A.A$15.A.A$16.A5$2A$2A4$20.2A$20.A.A$
22.A$13.2A7.2A$13.2A2$3.A.2A$.3A.2A$A$.3A.2A$3.2A2.A$6.A.A$2.A.2A.A.A
$2.2A.A2.A16.2A$5.A8.3D8.A52.3D$5.2A7.D8.A.A44.A7.D$3.2A2.A.A3.3D7.2A
45.3A6.D16.2A$2.A2.A2.2A63.A23.A$3.2A67.2A23.A.2A$95.A.A.A7.2A$53.A
37.2A2.2A2.A7.A.A$34.2A17.3A35.2A6.3A7.A$27.2A6.A20.A45.A6.2A$27.A6.A
20.2A11.2A11.D19.2A$25.A.A6.2A32.2A9.3D$25.2A52.D.D$79.D2$12.2A$11.A.
A$11.A25.2A15.E47.3D$10.2A25.2A15.E.E47.D$54.3E45.3D28.2A$56.E22.2A
52.A$78.A.A50.A.A$15.2A61.A52.2A$16.A60.2A$13.3A14.2A$13.A16.A$24.A6.
3A30.2A6.2A$23.A.A7.A29.A2.A5.2A$24.A38.A2.A24.2A$64.2A25.2A$130.2A$
130.2A10$116.2D$114.D2.D$114.D.D$114.3D2$103.A.2A$101.3A.2A$100.A30.
2D$101.3A.2A23.D2.D$103.A.A25.D2.D4.2A$103.A.A26.3D4.2A$104.A2$111.2A
13.2A$110.A.A14.A$110.A6.A6.3A3.2A$109.2A5.A.A5.A6.A$117.A10.3A$128.A!

Edit:
I'd like to call it "Traveller Glider"

If I find a third then I'll create a Traveller Glider Collection

[confocaloid]

I managed to connect it to a Q-to-W, so one can end up with this H-to-G1+g using it, but with an no-so-desirable repeat time:

Code: Select all

x = 77, y = 66, rule = LifeHistory

Useless p1338 Glider Gun and certainly not a record :

Code: Select all

x = 141, y = 110, rule = LifeHistory

Edit:
I'd like to call it "Traveller Glider" :lol:

I'm not sure whether I understand what property is needed here (what it is like to be a Traveller Glider?), but anyway here is something that might be relevant:

Is there a X-to-X conduit in Life like this fake one in LifeHistory that, when used repeatedly, produces many gliders on the same lane?

Code: Select all

x = 53, y = 56, rule = LifeHistory
40.F2$50.D$50.2D$51.2D$51.D$50.D7$32.F3$24.F20.F2$34.D$34.2D$35.2D8.F
$35.D$34.D$37.F6$16.F3$8.F20.F2$18.D$18.2D$19.2D8.F$19.D$18.D$21.F6$F
3$13.F2$2.C$2.2C$3.2C8.F$3.C$2.C$5.F!

A Herschel track based off of R152 and Fx77 produces two p822 finite backwards glider streams:

Code: Select all

x = 429, y = 427, rule = B3/S23
18bo$16b3o$15bo$15b2o3$34bo$25bo8b3o$25b3o9bo$28bo7b2o$3bo23b2o$b3o$bo
bo$bo5$42bo$15b2o24bobo$2b2o11b2o23bo2bo$3bo37b2o16b2o$3o55bobo$o37b2o
19bo$37bobo$37bo$36b2o4$61b2obo$61bob2o2$54b2o$54b2o15$64b2o$64bo$62bo
bo$62b2o12$44b2o15b2o$43bobo15b2o$43bo$42b2o7$49b2o$50bo$50bobo$51b2o
6$48b2o$49bo$49bobo16bo$50b2o14b3o$65bo$65b2o$62bo$61bobo$60bo2bo45bo$
61b2o44b3o$106bo$106b2o3$125bo$116bo8b3o$116b3o9bo$119bo7b2o$118b2o2$
75b2o$75b2o3$64bo$63bobo$63b2o68bo$72b2o32b2o24bobo$72bo20b2o11b2o23bo
2bo$73bo20bo37b2o16b2o$72b2o17b3o55bobo$91bo37b2o19bo$128bobo$128bo$
127b2o4$152b2obo$152bob2o2$145b2o$145b2o15$155b2o$155bo$153bobo$153b2o
12$135b2o15b2o$134bobo15b2o$134bo$133b2o7$140b2o$141bo$141bobo$142b2o
6$139b2o$140bo$140bobo16bo$141b2o14b3o$156bo$156b2o$153bo$152bobo$151b
o2bo45bo$152b2o44b3o$197bo$197b2o3$216bo$207bo8b3o$207b3o9bo$210bo7b2o
$209b2o2$166b2o$166b2o3$155bo$154bobo$154b2o68bo$163b2o32b2o24bobo$
163bo20b2o11b2o23bo2bo$164bo20bo37b2o16b2o$163b2o17b3o55bobo$182bo37b
2o19bo$219bobo$219bo$218b2o4$243b2obo$243bob2o2$236b2o$236b2o15$246b2o
$246bo$244bobo$244b2o12$226b2o15b2o$225bobo15b2o$225bo$224b2o7$231b2o$
232bo$232bobo$233b2o6$230b2o$231bo$231bobo16bo$232b2o14b3o$247bo$247b
2o$244bo$243bobo$242bo2bo45bo$243b2o44b3o$288bo$288b2o3$307bo$298bo8b
3o$298b3o9bo$301bo7b2o$300b2o2$257b2o$257b2o3$246bo$245bobo$245b2o68bo
$254b2o32b2o24bobo$254bo20b2o11b2o23bo2bo$255bo20bo37b2o16b2o$254b2o
17b3o55bobo$273bo37b2o19bo$310bobo$310bo$309b2o4$334b2obo$334bob2o2$
327b2o$327b2o15$337b2o$337bo$335bobo$335b2o12$317b2o15b2o$316bobo15b2o
$316bo$315b2o7$322b2o$323bo$323bobo$324b2o6$321b2o$322bo$322bobo16bo$
323b2o14b3o$338bo$338b2o$335bo$334bobo$333bo2bo45bo$334b2o44b3o$379bo$
379b2o3$398bo$389bo8b3o$389b3o9bo$392bo7b2o$391b2o2$348b2o$348b2o3$
337bo$336bobo$336b2o68bo$345b2o32b2o24bobo$345bo20b2o11b2o23bo2bo$346b
o20bo37b2o16b2o$345b2o17b3o55bobo$364bo37b2o19bo$401bobo$401bo$400b2o
4$425b2obo$425bob2o2$418b2o$418b2o26$421b2o$420bo2bo$421b2o!

[Tawal]

...
I'm not sure whether I understand what property is needed here (what it is like to be a Traveller Glider?)...

It was mostly a joke.
The idea is that a new X-to-G has a single solution where the Glider goes through the whole conduit.

[confocaloid]

The idea is that a new X-to-G has a single solution where the Glider goes through the whole conduit.

Those usually have high repeat time because of that. Which might be a problem, but on the other hand might become an advantage, if you are actually looking for a delay device, where the active reaction spends many ticks in some small region before moving away.

Here is a p563 glider gun consisting of two parts (the Bronco used as a G-to-H, and the NW-23T224 H-to-G), which basically look like they're made for each other:

Code: Select all

#C p563 glider gun https://conwaylife.com/forums/viewtopic.php?p=156937#p156937
#C NW-23T224 https://conwaylife.com/forums/viewtopic.php?p=151186#p151186
#C Bronco https://conwaylife.com/forums/viewtopic.php?p=66406#p66406
x = 79, y = 56, rule = LifeHistory
67.2A$66.B2AB$67.3B$66.B.B8.2A$66.5B6.A$66.6B2.BA.A$61.11B2.B2A$59.2A
14B$2.A46.2A5.3B2A15B$2.3A45.A4.20B$5.A22.2A20.A.A20B.B2A$4.2AB6.2A
13.A15.A6.2A19B2.BA.A$4.4B3.2B2AB9.BA.A15.3A6.19B5.A$5.4B2.4B6.3B.B2A
19.A5.19B5.2A$5.12B2.7B20.2A5.21B$5.21B20.B6.23B$5.20B19.3B6.20B2A2B$
4.22B16.6B4.21B2A2B$.B2.24B11.10B2.25B$2AB.27B2.2B3.11B.26B$2A25BC15B
2A3BD25B$.2B.21BCBC15B2A2B2D25B$4.21B3C18B2D27B$5.20BC21BD27B$5.43BD
26B$6.22B.4B.14B5.22B$10.19B.4B4.B.7B7.19B$10.28B4.4B9.18B$10.28B3.4B
11.7B.9B$11.28B.4B10.6B4.8B$13.31B10.2A8.9B$12.32B11.A8.10B$13.32B7.
3A8.12B.B$14.30B8.A10.13B2A$15.28B21.12B2A$15.29B19.2A9B2.B$15.30B13.
2A2.A2BA5B2.2B$15.30B13.A3.BABA.2B3.B2A$16.30B9.2A.A.4BA8.A.A$16.7B3.
21B9.A.A.2AB8.A.A.3A$16.5B5.22B7.A2.A.BAB8.2A5.A$14.2AB.3B6.B.3B2.15B
6.2A2.A4.A12.2A$13.A.AB17.10B2.4B10.5A$13.A20.9B4.4B$12.2A19.8B7.4B7.
A.2A$33.8B8.4B6.2A.A$34.6B10.4B$34.B.4B11.4B$33.6B13.4B$29.A2.A.2A17.
4B$29.4A.A19.4B$34.A.A18.4B$31.2A2.2A19.4B$31.A25.4B$32.A25.4B$31.2A
26.4B!

I wonder if that H-to-G has any other interesting uses, besides connecting it to the Bronco.

[affamatodidio]

This C-C sucks, but it functions.

Code: Select all

x = 22, y = 18, rule = B3/S23
15b2o$14bo2bo$15bobo$10b2o2b2ob2ob2o$10bobo3bo4bo$11bo4bob3o$15b2obo2$
o$3o$3bo16b2o$2b2o16b2o3$11b3o$11bobo$11bo2bo$13b2o!

[Haycat2009]

This C-C sucks, but it functions.

Code: Select all

x = 22, y = 18, rule = B3/S23
15b2o$14bo2bo$15bobo$10b2o2b2ob2ob2o$10bobo3bo4bo$11bo4bob3o$15b2obo2$
o$3o$3bo16b2o$2b2o16b2o3$11b3o$11bobo$11bo2bo$13b2o!

CRx57C, if I am not mistaken.

[Tawal]

Using my WFx71H and connected it to QF157W, I've made a QFx228H (or QF228 as Q is symmetric).
But I can't connect the Q input sadly
It also seems that the WFx71H has only one possible connection with HL166W (which makes a HFx237H).

Code: Select all

x = 34, y = 50, rule = LifeHistory
3$7.3B$6.4B$6.5B16.A$5.7B.3B10.A.A$4.13B9.A.A$3.14B8.2A.2A$3.14B.2B6.
B2.A$3.18B4.2ABA$4.18B3.2A.A.A$5.17B.4B2.2A$5.20B$5.21B$6.20B$6.20B$
6.10BE10B$6.10B2E9B$6.11B2E8B.2B$6.11B3E9B2A$7.10B2E8B.B2A$6.10B2E9B
2.B$5.11BE10B$5.21B$6.9B.10B$7.7B5.8B$7.7B7.6BA$7.7B9.3BA.A$7.8B.3B5.
3BA$6.7B2D4B7.B$7.7BD6B$8.4B2D8B$8.4BD14B$11.4B2C11BD$11.4B2C9B3DB$
11.15BDBD$13.13BD$12.2B5.2B2.2B$12.2AB$11.A.A$9.3A.A.A$8.A5.2A$8.2A!