贝莱德警告其比特币ETF文件中量子计算风险

根据报告，资产经理认为超功能机器可能会破解数学确保比特币的未来风险。

Asset manager BlackRock (NYSE:BLK) has added a standard warning about quantum computing to its iShares Bitcoin Trust (BITI) filing, as the firm’s lawyers list out future risks.

资产经理BlackRock（NYSE：BLK）已将有关量子计算的标准警告添加到其Ishares Bitcoin Trust（BITI）文件中，因为该公司的律师列出了未来的风险。

What Happened: According to an updated regulatory filing on May 9, Block is now including “quantum computing” among the possible threats to its Bitcoin ETF. The trust is currently investing about $64 billion in net assets, making it the largest spot Bitcoin fund on record.

发生的事情：根据5月9日更新的监管文件，块现在包括对其比特币ETF的可能威胁中的“量子计算”。该信托目前正在投资约640亿美元的净资产，使其成为有记录以来最大的现货比特币基金。

If quantum processors become advanced enough, they could be used to decrypt private keys and ultimately compromise the security of crypto wallets, according to the filing. It’s a common practice for company lawyers to include every conceivable risk in ETF prospectuses, even if the threat seems far-off or minute.

备案显示，如果量子处理器变得足够先进，则可以用来解密私钥并最终损害加密钱包的安全性。对于公司律师来说，即使威胁似乎很遥远或分钟，也要在ETF招股说明书中包括所有可能的风险，这是一种普遍的做法。

The fibris of Google (NASDAQ:GOOGL) (NASDAQ:GOOG) and Microsoft (NASDAQ:MSFT) chips have crypto investors worried. Credit: Benzinga

Google（NASDAQ：GOOGL）（NASDAQ：GOOG）和Microsoft（NASDAQ：MSFT）芯片的纤维令人担忧。学分：苯金加

Why It’s Important: Last December, Google announced the development of its Willow chip, which can reportedly perform tasks in minutes that would take today’s supercomputers 10 septillion years.

为什么重要的是：去年12月，Google宣布开发其柳树芯片，据报道，该芯片可以在几分钟内执行任务，这将使今天的超级计算机10月10日。

A few months later, Microsoft (NASDAQ:MSFT) unveiled its Majorana 1 qubit, a breakthrough that solves a long-standing challenge in scaling up quantum processors.

几个月后，微软（NASDAQ：MSFT）推出了其Majorana 1 Qubit，这一突破解决了扩大量子处理器的长期挑战。

These advancements have raised concerns among crypto enthusiasts, as a quantum computer running Shor’s algorithm could theoretically factor the large numbers used in Bitcoin’s elliptic-curve signatures. However, in reality, we are still in the early, noisy intermediate-scale quantum (NISQ) era, and any attempts at real-world attacks on Bitcoin are still at least years away.

这些进步引起了加密爱好者的关注，因为一台运行Shor算法的量子计算机可以从理论上考虑比特币的椭圆形曲线签名中使用的大量数量。但是，实际上，我们仍处于早期，嘈杂的中间尺度量子（NISQ）时代，而对比特币的现实世界攻击的任何尝试仍然至少几年。

Another angle on this topic was brought up by Tether CEO Paolo Ardoino in February, who suggested that once quantum hackers have the capability to break old private keys, they might be able to recover Bitcoin from the approximately 3.7 million coins that are considered lost forever.

系绳首席执行官Paolo Ardoino在2月提出了另一个角度，他建议一旦量子黑客有能力打破旧的私钥，他们可能能够从被认为是永远丢失的大约370万个硬币中恢复比特币。

Ardoino emphasized that quantum machines are still a long way from being able to crack 256-bit security, so none of these coins will be appearing in any accounts anytime soon.

Ardoino强调，Quantum机器距离能够破解256位安全性还有很长的路要走，因此这些硬币都不会很快出现在任何帐户中。

Crypto analyst Willy Woo quipped that we should be asking which will come first: Google (NASDAQ:GOOGL) (NASDAQ:GOOG) or Microsoft (NASDAQ:MSFT) breaking the key or the government making the first move to claim the coins. He estimates that the roughly $350 billion in lost coins could spark a new wave of investment in quantum technology if those keys ever become vulnerable.

加密分析师威利·沃（Willy Woo）打趣说，我们应该问哪个将首先出现：Google（NASDAQ：GOOGL）（NASDAQ：GOOG）或MICROSOFT（NASDAQ：MSFT）打破了钥匙或政府，或者政府首次移动索取硬币。他估计，如果这些钥匙变得脆弱，大约3500亿美元的丢失硬币可能会引发对量子技术的新投资。

See More: Top 40 Biggest Bitcoin (BTC) Whales In Last 24 Hours (May 10)

请参阅更多：过去24小时内（5月10日）的前40位最大的比特币（BTC）鲸鱼