Quantum Computing Breakthrough: 13,000× Fast Pass, Bitcoin Dey Risk
Google Willow quantum processor don accomplish one verified quantum computing breakthrough, e pass Frontier supercomputer performance by 13,000× for one OTOC benchmark. This quantum computing move wey dem take by directed wave imaging and di “Quantum Echoes” algorithm dey deliver consistent result wey other teams fit verify. Even though e still dey experimental, dis quantum advantage fit help speed up molecular simulations for drug discovery and materials science. For crypto traders, experts dey warn say powerful quantum machines fit crack ECDSA-based digital signatures wey Bitcoin dey use by 2030. Solana cofounder Anatoly Yakovenko talk say ECDSA breach get 50% chance within dis decade, wey make investors dey explore post-quantum cryptography (PQC) like CRYSTALS-Dilithium. To take PQC get trade-offs — bigger signatures, higher transaction fees, and fit cause hard forks. Tech commentator Mental Outlaw talk say current quantum computers fit only break 22-bit keys, wey far below 2048- to 4096-bit encryption. US SEC receive proposal last September wey outline plan for quantum-resistant encryption by 2035. Traders suppose dey watch PQC upgrades and think about to dey use new addresses to protect Bitcoin long-term security.
Bearish
Dis news na show say quantum computing breakthrough wey fit affect Bitcoin security Wey dem dey use ECDSA. For short time, e no go too affect Bitcoin price because di quantum machines wey dey now no fit break standard encryption. But as people dey fear wetin quantum fit do later and di need for better and complex cryptography wey go need bigger signatures, higher fees and fit need make dem do hard forks, fit make investors lose confidence. For long time, if delay or wahala dey for how dem go take adopt PQC standards fit make people doubt di network security and fit make Bitcoin market value fall.