<unnamed>

Public Key

npub12h6h8dj3ale4rk6hkpsp6gcz9kx9xtucyhd3pftn86lnn0j25gdsa9qpsf

Profile Code

nprofile1qqs9tatnkeg7lu63mdtmqcqayvpzmrzn97vztkcs54ena0eehe92yxcpp4mhxue69uhkummn9ekx7mqppamhxue69uhkummnw3ezumt0d5q35amnwvaz7tm5dpjkvmmjv4ehgtnwdaehgu339e3k7mgpz4mhxue69uhkummnw3ex2mrfw3jhxtn0wfnsz8rhwden5te0dehhxarj9e3xjarrda5kuetj9eek7cmfv9kqzfmhwden5te0wfjkccte9ehhymre9ejx2a30wd5k2unjvykkkctjd4sj6cnjv9mx7gay6ga

Publishing to

nostr.bitcoiner.social

relay.orly.dev/sierra-karma-bravo

Last Notes

2026-07-31 17:52:51 CEST

- reply

Carbon likes to form chains. Remember its under very high pressure. Whether it forms chains or crystals depends on what else is there, and elements should separate out to some extent under heat and being liquid. So if there's hydrogen in the mix, then over time it will form chains. That's because chains of carbons can stack and layer, thereby taking up less space than a bunch of branching chains. Even if it forms randomly into branching chains, the branch will break under that heat and pressure. If not much hydrogen in the mix, you get diamonds or carbonaceous rock. At lower pressure you get short chains or gases, and at higher pressure you get longer chains and more viscous oil. Its notable that oil is found in deep locations or locations that were once very deep. Its also notable that oil floats, as do fats. If its organisms decaying at the bottom of the sea, then their oils would release and go to the atmosphere, not pool down there so long that it gets covered over by rock.