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Google Quantum Error Milestone
Google Demonstrates a Quantum Error Breakthrough; the Bitcoin-Breaking Threshold Stays Far Off
Experts are sharply divided over how urgently AI and quantum advances threaten existing blockchain wallet cryptography.
Google reported in Science a 40-fold cut in “magic state” errors on its Willow chip — the special resource states that can consume most of a quantum computer’s capacity. The gap to code-breaking stands: 54 qubits were used, against an estimated ~500,000 to break Bitcoin’s cryptography, and the error rate remains about a million times short. Decrypt’s own verdict: nobody is draining wallets with this.
Related storylines
- Bitcoin quantum threat responseQuantum computing capabilities forcing crypto industry post-quantum defense planning
5 sources
- Google unveils a breakthrough in quantum computing, and quantum threats to encryption may intensify. · lookonchain.com · T2
- Google Says It Just Cracked One of Quantum Computing's Biggest Bottlenecks · decrypt.co · T1
- Justin Sun on Quantum Threat: Market Severely Underestimates Potential Devastating Impact of Q-Day on Bitcoin’s Price · lookonchain.com · T2
- Google Cuts Quantum Magic-State Errors 40-Fold on Willow · thedefiant.io · T2
- Google Achieves ‘Magic State’ Quantum Breakthrough; Top 5 Quantum-Proof Blockchains to Watch · coinpedia.org · T2