Google said its Willow chip had achieved a verifiable "quantum advantage", completing calculations that would take traditional supercomputers thousands of times longer to complete. The breakthrough is likely to reignite discussion in the crypto community about the potential impact of quantum computing on the security of bitcoin's encryption. Industry experts point out that while quantum computing could threaten bitcoin in the future, it is still far away and is not expected to crack modern encry...
谷歌表示,其 Willow 芯片已取得可验证的“量子优势”,完成了传统超级计算机需要花费数千倍时间才能完成的计算。此次突破可能重新引发加密社区关于量子计算对比特币加密安全潜在影响的讨论。行业专家指出,尽管量子计算未来可能威胁比特币,但目前仍遥远,预计至少十年内无法破解现代加密算法。
In response to recent events such as the quantum computer chip Willow and the freezing of Satoshi Nakamoto's private key, Cosine, founder of SlowMist, quoted crypto researcher Jeffrey Scholz as saying in a tweet: "The current dozens of gates in quantum computing are still at least a few million gates away from being able to crack the Bitcoin private key. It is not easy to increase this quantum gate, and the noise and error rate will also increase. Eventually, you will quickly get a waste in the ...
What Willow can do in five minutes would take a supercomputer 730 trillion times the age of the universe to complete. This not only marks a step closer to the future of quantum computing, but also supports the theory of the "multiverse".
Willow's ability to complete a task that would take a supercomputer 730 trillion times the age of the universe in five minutes not only marks a step closer to the future of quantum computing, but also supports the theory of the "multiverse".