Blockchain proponent [1] with no visible github activity posts a paper full of garbage - no proofs, barely any definitions. No methods. Nobody could believe this.
Overall you are so right to be skeptical. This is something I'm actively working on and just wanted to share the idea as I validate (sorry if that's wrong)
The crypto thing (trustdog) was just a hackathon thing i recently did (which originally was supposed to be a stripe product but they restrict escrow) and i work on other stuff a lot so i dont always have time to update the personal site.
its more of an idea with some experiment (which you can see and run yourself!) and not a "paper".
I made my first contribution to google/HEIR that got pulled the other week, but there is a lot of self activity because I do this for fun! im a mechanical engineer by profession.
I dont mind if no one believes it. Just wanted to share something I thought was cool. Didn't mean to offend anyone in any way.
A little update after thinking about it more, since its dependant on the character table for the cyclic subgroup with k (O(k)) (this is kinda the whole idea - to do so with Frobenius Reciprocity); o(p(n)^3) is kinda inaccurate, as it ends up being that character group operation plus around O(k*p(n)) plus potentially another p(n).
Blockchain proponent [1] with no visible github activity posts a paper full of garbage - no proofs, barely any definitions. No methods. Nobody could believe this.
[1]: https://sf-labs.co/
Overall you are so right to be skeptical. This is something I'm actively working on and just wanted to share the idea as I validate (sorry if that's wrong)
The crypto thing (trustdog) was just a hackathon thing i recently did (which originally was supposed to be a stripe product but they restrict escrow) and i work on other stuff a lot so i dont always have time to update the personal site.
its more of an idea with some experiment (which you can see and run yourself!) and not a "paper".
I made my first contribution to google/HEIR that got pulled the other week, but there is a lot of self activity because I do this for fun! im a mechanical engineer by profession.
I dont mind if no one believes it. Just wanted to share something I thought was cool. Didn't mean to offend anyone in any way.
A little update after thinking about it more, since its dependant on the character table for the cyclic subgroup with k (O(k)) (this is kinda the whole idea - to do so with Frobenius Reciprocity); o(p(n)^3) is kinda inaccurate, as it ends up being that character group operation plus around O(k*p(n)) plus potentially another p(n).
Had this idea while working on wreath-sheaf attention to use categorical bootstrap to approach Kronecker Coefficient computation.
Code is uploaded to https://github.com/bon-cdp/heir/tree/experimental/unified-sh... if anyone is interested.