Carl T. Bergstrom on Nostr: 11. In a system such as this, one can work out the mathematics of how the universe of ...
11. In a system such as this, one can work out the mathematics of how the universe of possible objects increases with increasing assembly index. In general, it blows up super-exponentially. The Nature paper does this, though most of the details are hidden in the supplementary material.
Published at
2023-10-13 05:52:37Event JSON
{
"id": "5046973c471fe7c69ba06251b10e19a3941c7f5eacb582ab7c5798f77b41f070",
"pubkey": "ac5404833d7aff6cebf4afd632d367ccf064470e9ad728b47bce8be6bfbb958a",
"created_at": 1697176357,
"kind": 1,
"tags": [
[
"e",
"fbc13d798c74f762b42e387bad1cf0bb92ea7e45360a3651cfd1bcbf06dc7624",
"wss://relay.mostr.pub",
"reply"
],
[
"proxy",
"https://fediscience.org/users/ct_bergstrom/statuses/111226149760067473",
"activitypub"
]
],
"content": "11. In a system such as this, one can work out the mathematics of how the universe of possible objects increases with increasing assembly index. In general, it blows up super-exponentially. The Nature paper does this, though most of the details are hidden in the supplementary material.",
"sig": "26ce2fb009c59294ee19aa096c39073c40ce975c18917a612c6ede53f44dac4df1342b6dd3159a8078ddf4e862600ed24eaf778c67216481a2426604c9def798"
}
