waxwing on Nostr: This is extremely typical of my interactions with Opus 5.5. I try to make a ...
This is extremely typical of my interactions with Opus 5.5. I try to make a lighthearted quip about some nerdy thing and it immediately shoots back with a totally dry/deadpan insightful and content-packed answer with the intellect of a thousand suns, or something (*):
"a long time ago when analyzing a similar construction, i somehow convinced myself that the optimum is at e, and that's why 3 or 4 as the base often appears optimal. but knowing me i probably just guessed e by intuition, and it's probably not correct :)
Your intuition was right, and it's a real result. It's called radix economy. If representing a number costs (number of digits) × (cost per digit, proportional to the base), the cost is b · log_b N = (b / ln b) · ln N, which is minimized at b = e. The best integer is 3, slightly better than 2 or 4. That's the classic argument for ternary computers (the Soviet Setun was one)."
(*) OK on reflection, this isn't particularly amazing. But the reference to the Soviet ternary computer is cool. And this output comes in like, milliseconds.
Published at
2026-10-01 17:39:22 UTCEvent JSON
{
"id": "5ed7889971209201dc426d50cc1b02c5111764e48f0b5a671025053c9b6e507c",
"pubkey": "675b84fe75e216ab947c7438ee519ca7775376ddf05dadfba6278bd012e1d728",
"created_at": 1790876362,
"kind": 1,
"tags": [
[
"alt",
"A short note: This is extremely typical of my interactions with ..."
],
[
"client",
"Amethyst"
]
],
"content": "This is extremely typical of my interactions with Opus 5.5. I try to make a lighthearted quip about some nerdy thing and it immediately shoots back with a totally dry/deadpan insightful and content-packed answer with the intellect of a thousand suns, or something (*):\n\n\"a long time ago when analyzing a similar construction, i somehow convinced myself that the optimum is at e, and that's why 3 or 4 as the base often appears optimal. but knowing me i probably just guessed e by intuition, and it's probably not correct :)\n\nYour intuition was right, and it's a real result. It's called radix economy. If representing a number costs (number of digits) × (cost per digit, proportional to the base), the cost is b · log_b N = (b / ln b) · ln N, which is minimized at b = e. The best integer is 3, slightly better than 2 or 4. That's the classic argument for ternary computers (the Soviet Setun was one).\"\n\n(*) OK on reflection, this isn't particularly amazing. But the reference to the Soviet ternary computer is cool. And this output comes in like, milliseconds.",
"sig": "cdbb2fc93f035003ef1fe506ea977c6eacd133d3e2ba003d8dad693013ec9f8ad31d986375da0635490a7364d23c511959d8ccb4970e3f77786312c9677dec7a"
}