This point particularly applies to breaking cryptography. A non-NISQ quantum computer with a slow runtime is quite possibly the first place we get. The runtime would constrain other use cases but not, notably, recovering a private key from exposed Bitcoin pubkey using Shor's

▶️ 10 facts about Quantum Computing (#8 is wild) 1. Quantum computers aren’t faster at everything. They only outperform classical computers for specific problems, like factoring huge numbers, simulating quantum systems, and searching unsorted data efficiently.

History is littered with the graves of those who bet against physics.

It's quite incredible that ion traps can achieve error rates below one part in a million *without error correction*.

Laser ties till mempool dies

laser ties until the mempool dies

If you're interested in stablecoins, I highly recommend you follow @CampbellJAustin. He's got more experience in this area than almost anyone else in crypto, and unlike many crypto-wunderkinds, actually has a long career in finance to contextualize the current moment.

Suitcoin Summer Laser ties 'til mempool dies!

In 1943, the President of IBM said the world might need 5 computers Today, there are more in your living room Even the smartest people miss the future

KYA. Biometric verification in your browser → ZK proof to chain → human-in-the-loop confirmed without exposing your face. Train locally, prove globally.