And applying abstract algebraic and number theory innovations across unexpected vectors. Knowledge graphs and embeddings are just the surface layer. Historically, when breakthroughs move this fast, they’re intentionally obscured.


I'm speculating here, not fud.
If I had a quantum system id use it for topology recursion of the current system and solve for hierarchical error correction.
the first iteration of this would jump 10:1 vs Moore's 2.5 year iteration.

Then I'd fix the logical substrate with my new toy, and see 1000:1 gains after I solved for that X.
ECDSA and RSA would be a dinosaur in the iteration of this event.


Id bet we are in a 36 month window for the error correction phase without topology recursion.
To think, this post could be read by a key individual, can compress that timeline if they are not already utilizing a similar strategy.
Or retrieved by a topic research crawler. or both. Who knows I'm speculating and betting.

If I'm wrong we are conservatively in the 7 year range.


Again I'm not trying to create a panic/fud or anything, but the variables say its time to get to work!
Unfortunately the rules of mathematics are a dictatorship.

sorry ive been late to respond. been busy, didn't intend to look like I was dropping a fud piece, i figured my OP & response to fuzzy solidified my stance a little to take a break. 

And applying abstract algebraic and number theory innovations across unexpected vectors. Knowledge graphs and embeddings are just the surface layer. Historically, when breakthroughs move this fast, they’re intentionally obscured.


I'm speculating here, not fud.
If I had a quantum system id use it for topology recursion of the current system and solve for hierarchical error correction.
the first iteration of this would jump 10:1 vs Moore's 2.5 year iteration.

Then I'd fix the logical substrate with my new toy, and see 1000:1 gains after I solved for that X.
ECDSA and RSA would be a dinosaur in the iteration of this event.


Id bet we are in a 36 month window for the error correction phase without topology recursion.
To think, this post could be read by a key individual, andcan compress that timeline if they are not already utilizing a similar strategy.
Or retrieved by a topic research crawler. or both. Who knows I'm speculating and betting.

If I'm wrong we are conservatively in the 7 year range.


Again I'm not trying to create a panic/fud or anything, but the variables say its time to get to work!
Unfortunately the rules of mathematics are a dictatorship.

And applying abstract algebraic and number theory innovations across unexpected vectors. Knowledge graphs and embeddings are just the surface layer. Historically, when breakthroughs move this fast, they’re intentionally obscured.


I'm speculating here, not fud.
If I had a quantum system id use it for topology recursion of the current system and solve for hierarchical error correction.
the first iteration of this would jump 10:1 vs Moore's 2.5 year iteration.

Then I'd fix the logical substrate with my new toy, and see 1000:1 gains after I solved for that X.
ECDSA and RSA would be a dinosaur in the iteration of this event.


Id bet we are in a 36 month window for the error correction phase without topology recursion.
To think, this post could be read by a key individual, and compress that timeline if they are not already utilizing a similar strategy.
Or retrieved by a topic research crawler. or both. Who knows I'm speculating and betting.

If I'm wrong we are conservatively in the 7 year range.


Again I'm not trying to create a panic/fud or anything, but the variables say its time to get to work!
Unfortunately the rules of mathematics are a dictatorship.