Conductive (B3-qr4k5cek6c/S23-a4er56aek)

[LuveelVoom]

xp60 (probably by speedydelete) that I don't believe has been noticed yet

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x = 18, y = 18, rule = B3-qr4k5cek6c/S23-a4er56aek
5b3o2b3o$3bobob4obobo$3b3o2b2o2b3o$b2ob3o4b3ob2o$2b2obo6bob2o$5o8b5o$
o2bo10bo2bo$2o6b2o6b2o$b2o4bo2bo4b2o$b2o4bo2bo4b2o$2o6b2o6b2o$o2bo10b
o2bo$5o8b5o$2b2obo6bob2o$b2ob3o4b3ob2o$3b3o2b2o2b3o$3bobob4obobo$5b3o
2b3o!

[I6_I6]

Glider edgeshooting 2T collision:

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x = 8, y = 14, rule = B3-qr4k5cek6c/S23-a4er56aek
6bo$6b2o$6bo9$bo$3o$3o!

EDIT:
Reduced the p42 C gun using a better synthesis:

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x = 23, y = 23, rule = B3-qr4k5cek6c/S23-a4er56aek
19bo2$17bo$16b3o$17bo2b2o$17b3o$18b2o2$14b2o$13b3o$b3o10b2o$2ob2o$2ob
2o16b2o$18b5o$19bob2o$9b3o8bo$9b2o2bo6bo$9bobobo$b3o6b3o$ob2o$2obo$o$
b2o!

EDIT 3:
Simple p54 T gun, constructed using the reaction from the p27 gun but with mixed sparkers:

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x = 21, y = 17, rule = B3-qr4k5cek6c/S23-a4er56aek
b2o4bo$b5o$obo4bobo$4b5o$2bo4b2o$17bo$16b3o$7bo7bobobo$7b2o5b3ob3o$7b
o7bobobo$16b3o$17bo$2bo4b2o$4b5o$obo4bobo$b5o$b2o4bo!

[LuveelVoom]

Fun sparky p10, (probably by me?)

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x = 7, y = 9, rule = B3-qr4k5cek6c/S23-a4er56aek
5o$3ob3o$3b3o$b3ob2o2$b3ob2o$3b3o$3ob3o$5o!

Anyway, I suppose we should try and find some conduits and hasslers and other objects etc now, apgsearching is hitting diminishing returns

[hotcrystal0]

This rule is unbelievable! Right off the bat, it's omniperiodic! This is the proof:
You can build a p36 tub signal loop like this:

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x = 18, y = 14, rule = B3-qr4k5cek6c/S23-a4er56aek
8bo$7bobo$4bo3bo$3bobo7bo$4bo7b2o$11b3o2bo$bo13bobo$obo13bo$bo3bo$4bo
bo6bo$5bo6bobo$9bo3bo$8bobo$9bo!

Lengthening it like this increases the period by 8:

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x = 22, y = 16, rule = B3-qr4k5cek6c/S23-a4er56aek
12bo$11bobo$8bo3bo$7bobo7bo$4bo3bo7b2o$3bobo9b3o2bo$4bo14bobo$20bo$bo
$obo14bo$bo3bo10bobo$4bobo6bo3bo$5bo6bobo$9bo3bo$8bobo$9bo!

Changing the length of the loop and adding more signals should cover all periods (28+8n)/k greater than 6, where n and k are natural. However, this won't cover multiples of 8, but that's fine, since margoluses cover all even periods.

Loops with periods that are multiples of 8 are possible, as demonstrated in this P56:

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x = 16, y = 24, rule = B3-qr4k5cek6c/S23-a4er56aek
6bo$5bobo$6bo$10bo$4bo4bobo$3b3o4bo3bo$3b2o8bobo$14bo$bo$obo8bo$bo8bo
bo$11bo$4bo$3bobo8bo$4bo8bobo$14bo$bo$obo8bo$bo3bo4bobo$4bobo4bo$5bo$
9bo$8bobo$9bo!

Edit: By the way, I've started work on the oscillator stamp collection. It uses a format similar to the Travelling Ts oscillator stamp, except white means the oscillator also works in TTs instead, since this rule is approximately as many transitions away from TTs as TTs is to Life. None of the parts are fully finished so far.

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x = 309, y = 267, rule = B3-qr4k5cek6c/S23-a4er56aekSuper
6D42.A28.6D42.A2.A26.2D2.2D6.A74.6D$6D18.4M4.M6.A6.A.A.A7.2M6.2A9.6D6.
A5.A6.2A2.2A5.2A.A8.4A15.A10.2D2.2D6.A10.2A23.A14.A23.6D12.A4.2A8.2A25.
A.A$4.2D5.3M3.4M3.4M5.2M5.2A6.A8.M.M4.A2.A13.2D5.A.A2.A.A4.3A4.A6.A2.
A5.A6.A7.A4.A.A9.2D2.2D6.A9.A2.A6.2A6.2A5.A.A9.5A7.A2.A12.2D12.5A5.A8.
A5.2A8.2A9.A.A$4.2D25.2M5.4A3.3A.3A13.A15.2D6.A2.3A6.5A6.A4.A5.3A2.3A
4.A2.4A2.A10.2D2.2D15.A4.A5.A8.A4.A.A9.A3.3A22.2D11.A3.3A4.A.A4.A.A5.
A10.A5.2A2.A.A2.2A$6D27.M14.A6.M.M5.A2.A10.6D9.A.2A5.A3.2A5.2A2.2A16.
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7.2A.A.A.2A$6D40.A.A.A4.2M6.2A12.6D36.A5.4A6.A19.6D6.3A5.A6.A18.A.A.A
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7.A4.A8.4A10.A.A6.3A10.A2.A16.2D7.3A11.A2.A11.6A$2D79.2D76.2D7.A8.A2.
A9.A2.A9.A.A6.3A11.A2.A16.2D6.3A13.2A13.A2.A10.3A3.3A$6D71.6D76.2D7.A
9.2A24.A9.A12.2A13.6D8.A27.2A2.2A9.2A.A.A.2A$6D71.6D76.2D7.A73.6D50.2A
2.A.A2.2A$12.2A40.2M246.A.A$13.A8.A10.2A7.2A10.M74.2A171.A.A$12.3A8.2A
7.A.A6.A.A7.2M.M6.A67.A10.2A$21.2A27.M2.M5.2A2.4A38.2A24.A6.A2.A$23.A
6.A.A7.2A8.M8.4A2.2A21.2A2.A2.2A9.A6.2A6.2A7.10A31.A$12.3A4.A.A10.A18.
M12.A23.A3.A3.A6.5A6.8A9.2A4.2A32.A.A11.2M71.A4.A$13.A5.2A7.A.A.A5.A.
A7.3M38.7A6.A11.2A4.2A9.A6.A31.A14.2M70.A.A2.A.A$12.2A14.2A8.2A8.M53.
A10.2A6.2A8.A6.A28.A.2A2.A9.2M2.2M68.A.4A.A$91.3A9.5A23.A6.A32.A.2A8.
2M2.2M66.2A.6A.2A$92.A13.A6.2A6.2A8.A6.A27.2A2.A.A2.2A6.2M2.2M65.A2.A
6.A2.A$92.2A11.2A7.2A4.2A9.2A4.2A29.2A.A11.2M2.2M66.3A6.3A$114.8A8.10A
29.A2.2A.A7.2M2.2M67.2A6.2A$113.2A6.2A5.A2.A6.A33.A10.2M2.2M67.2A6.2A
$25.2M101.2A10.A28.A.A13.2M68.3A6.3A$25.M.M111.2A30.A13.2M67.A2.A6.A2.
A$12.3A2.3A7.M227.2A.6A.2A$27.2M228.A.4A.A$29.2M226.A.A2.A.A$14.4A7.M
5.2M225.A4.A$14.A2.A7.M.M5.2M3.A$24.M.M8.2M2.2A$26.M10.4A84$132.2A$79.
6D29.2A15.A2.A$35.N3.3N37.6D29.A.A15.2A$34.N.N4.N2.N34.2D2.2D31.A14.4A
$31.N3.N5.N.3N33.2D2.2D8.A22.A.2A11.A2.A$30.3N8.N2.N34.6D6.3A22.A.A10.
A.A2.A.A12.2A6.2A$30.2N9.N37.6D7.3A21.A.A12.A2.A13.3A6.3A$83.2D7.A6.A
16.A.2A5.A.12A.A9.A6.A$83.2D9.2A2.2A7.2A7.A7.A.2A3.A2.A3.2A.A7.10A$79.
6D9.A6.A5.A8.A7.A.2A3.A2.A3.2A.A$37.3N39.6D14.3A6.8A9.A.12A.A8.10A$39.
N60.3A28.A2.A15.A6.A$39.N60.A9.4A15.A.A2.A.A11.3A6.3A$39.N70.A2.A17.A
2.A14.2A6.2A$39.N91.4A$132.2A$131.A2.A$132.2A2$39.A$38.A.A$39.A$35.2A
4.2A$34.3A5.A$35.A7.2A$41.A2.A34.4D4.6D9.M11.A6.A9.2A$31.A2.A44.4D4.6D
8.2M10.A.A4.A.A8.A2.A$31.2A7.A40.2D4.2D2.2D9.M11.A6.A6.2A.A.A$33.A5.3A
39.2D4.2D2.2D6.M16.4A9.A.A2.A.A$33.2A4.2A40.2D4.2D2.2D5.3M15.A2.A9.A.
3A.A$36.A44.2D4.2D2.2D12.3M8.A2.A8.2A.A.A3.A$35.A.A43.2D4.2D2.2D13.M9.
4A12.6A$36.A44.2D4.2D2.2D10.M10.A6.A$79.6D2.6D10.2M8.A.A4.A.A9.4A$79.
6D2.6D10.M10.A6.A10.A2.A5$37.3N88.2A3.2A$37.N.N88.A.A.A.A$37.3N63.3A3.
3A18.A.A$37.N.N90.A.A$37.3N90.A.A$107.A22.A.A$99.A6.A.A6.A13.A3.A$99.
A6.A.A6.A5.2A6.A3.A6.2A$99.A6.A.A6.A5.A5.2A5.2A5.A$39.A63.3A3.3A10.5A
9.5A$34.2A2.3A61.A9.A$34.2A2.2A63.3A3.3A10.5A9.5A$35.3A4.A2.A53.A6.A.
A6.A5.A5.2A5.2A5.A$36.2A6.2A53.A6.A.A6.A5.2A6.A3.A6.2A$43.A55.A6.A.A6.
A13.A3.A$31.3A8.2A63.A22.A.A$31.2A7.A89.A.A$31.A7.A.A88.A.A$40.A62.3A
3.3A18.A.A$35.A92.A.A.A.A$34.A.A7.A83.2A3.2A$35.A7.2A$32.2A8.3A$32.A$
30.2A6.2A$30.A2.A4.3A$36.2A2.2A$35.3A2.2A61.A$36.A42.4D4.4D11.2A2.2A.
2A$79.4D4.4D11.3A2.A.A$81.2D6.2D9.2A5.A.A$81.2D6.2D8.3A4.2A.2A$81.2D6.
2D10.A$81.2D6.2D$38.3N40.2D6.2D9.A2.A$38.N.N40.2D6.2D9.4A$38.3N38.6D2.
6D$40.N38.6D2.6D7.4A$38.3N59.A2.A4$40.2A$40.2A$38.3A$38.2A$36.2A$35.A
.A5.A$36.A5.3A81.2A3.2A$42.2A60.4M18.A.A.A.A$32.2A6.2A37.4D4.6D11.4M20.
A.A$32.3A5.2A37.4D4.6D11.4M20.A.A$34.2A5.3A37.2D8.2D11.4M20.A.A$34.2A
6.2A37.2D8.2D11.4M18.2A3.2A$32.2A47.2D4.6D11.4M12.2A3.A7.A3.2A$31.3A5.
A41.2D4.6D11.4M12.A4.A2.3A2.A4.A$32.A5.A.A40.2D4.2D15.4M13.4A2.A3.A2.
4A$38.2A41.2D4.2D15.4M19.A3.A$36.2A41.6D2.6D11.4M13.4A2.A3.A2.4A$35.3A
41.6D2.6D11.4M12.A4.A2.3A2.A4.A$34.2A68.4M12.2A3.A7.A3.2A$34.2A68.4M18.
2A3.2A$104.4M20.A.A$104.4M20.A.A$104.4M20.A.A$126.A.A.A.A$126.2A3.2A7$
130.2M$79.4D4.2D2.2D37.2M$79.4D4.2D2.2D37.2M$81.2D4.2D2.2D10.2A25.2M$
81.2D4.2D2.2D9.A.2A7.A5.A10.2M$81.2D4.6D9.2A.A7.2A3.2A10.2M$81.2D4.6D
7.2A.2A8.7A10.2M$81.2D8.2D7.3A10.2A.A.2A10.2M$81.2D8.2D7.3A12.A.A12.2M
$79.6D6.2D37.2M$79.6D6.2D37.2M$130.2M24$111.A3.2A$110.2A.A2.A$112.4A$
111.A2.A.2A$111.2A3.A!