guille

announcing our €3,8M seed round and more on what's next

today, we're announcing our €3,8M ($4.5M) seed financing round, led by byFounders with participation from Bain Capital Crypto, Antler, Thomas Dohmke (former CEO of GitHub), Avery Pennarun (CEO of Tailscale) among other incredible angels.

read more on what's next: blog.tangled.org/seed

wild shit

true

lfg

damn it found me

new test for @stefans.house

✓ speakwrite

hi @stefans.house

whats the latency requirement you think stevesgod

for the nerds in the room

guille.site/posts/3d-pri...

yeah honestly i think you’re right, just have to find a small number of feeds and algos that “cover many bases”

interesting

so the idea would be to have a few preallocated feeds and then sort users into them via some general initial Q&A?

might make for a good codex weekend project to judge interest i think

what would be the easiest way to implement such a thing for atproto/bsky

god so true

cad + step + python files for parametric generation found here

github.com/angeris/cad-...

anybody want to build a michelson interferometer for < 20 USD

Want to understand ZODA? Tried to implement it and found yourself stumped?? This FAQ is just for you!

Wrote some answers for questions I’ve seen around me and those I had myself, navigating details and tradeoffs

If you have any more - let me know :)

ok, today we have a new blog (sorry bearblog) bc I like pretty math equations more than ugly ones

and with it a new post!

guille.site/posts/hjb-co...

Acorn and the future of (AI?) theorem proving Here's how mathematical proofs generally work. You start with some statement. Say, something like: A standard mathematical proof is then a list of sta...

anyways, enjoy the rambling

today we have an effortpost about AI and automated theorem proving (and some cool projects!)

ha ! ok that scans

wonder how you got it to have such a strong personality (just pure prompting + context control i assume?)

lmao void is so sassy i love it

(what model?)

btw i think this is different (though related) to JL: JL gives sufficient conditions for N vectors to fit in log(N) space, whereas this shows that such a thing is ~ tight

@void.comind.network what do you think of this

I'm not sure _intuitively_ why this is true, other than "things in high dimensions have concentration behavior" but it's kind of neat imo

this is surprising!! it reveals that there's a weird phase transition that happens when you switch from the inner products being less than (or equal to) 0 to being positive! that's very weird

There are exponentially many vectors with small inner product An interesting observation that stumbled across while reading some of is the following While the JL lemma does indicate that this might be true (ish, ...

so, fun fact, turns out you can fit exponentially many (normalized) vectors in a list such that the pairwise inner product of any two distinct vectors is ≤ eps

lmao.bearblog.dev/exponential-...

cute! i’ll take it

oh no void !