Code: Select all
x = 10, y = 15, rule = Symbiosis
8.2B$8.2B6$2.2B$3.B$2.2B$.B.2B$A.B2.2B$.A.3B.B$4.A.B.B$5.A2B!
Code: Select all
x = 10, y = 15, rule = Symbiosis
8.2B$8.2B6$2.2B$3.B$2.2B$.B.2B$A.B2.2B$.A.3B.B$4.A.B.B$5.A2B!
They could make it if they evolve photosynthesis.Schiaparelliorbust wrote: ↑Yesterday, 2:05 pmParts of the cycles though depend on CO though, which is almost completely depleted now.
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They could likely use isocyanic acid and hydrogen cyanide as sources of energy, at least until they get depleted.Schiaparelliorbust wrote: ↑Yesterday, 10:50 amI had mentioned formamide and ammonia. How might they use those? There is also isocyanic acid and hydrogen cyanide.
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There will probably be more organisms that make extensive use of reactions involving nitrogen-containing compounds.Schiaparelliorbust wrote: ↑Yesterday, 10:41 amOk, what new clades of microorganisms do you think might arise then?
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I mean the new variants of organisms that will increase the biodiversity.Schiaparelliorbust wrote: ↑Yesterday, 10:05 amYou mean we should construct the amino acids according to the list you made?
Okay. Now can we discuss the new variants?Schiaparelliorbust wrote: ↑Yesterday, 8:10 amLet's use those then. From now on, if we're faced with a choice where we don't have much support for either side, let's choose the familiar one.
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x = 17, y = 13, rule = Symbiosis
8.A$9.B2.A$12.3B.A$12.B2.BA$11.B2.B.B$10.B.B.B.B$11.B3.B$12.2B2.A$13.
3B$16.A2$.A$B!
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x = 10, y = 15, rule = Symbiosis
B$A3$5.A$4.2B$3.B2.B$2.6B$3.B2.B$4.2B$4.A3$9.A$9.B!
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x = 4, y = 15, rule = Symbiosis
B$A3$2.A$3B$B.B2$.B.B$.3B$.A3$3.A$3.B!
Code: Select all
x = 23, y = 8, rule = Symbiosis
19.A$18.2B2.A$18.B.2BA$19.B2.B$20.B.B$2B18.2B$2B20.A$20.AB!
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x = 6, y = 7, rule = Symbiosis
A$3B.A$B.2B.A$4.B$3.2B$3.B$4.A!
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