贝莱德标志量子计算其Ishares比特币ETF（IBIT）的风险

在5月9日的ISHARES比特币ETF（IBIT）的注册说明的更新中，贝莱德标记了对量子计算的担忧。他们警告说，技术的进步可能会破坏比特币和其他数字资产的加密安全性。

Asset management giant BlackRock has flagged concerns about quantum computing in its May 9 update to the registration statement for its iShares Bitcoin ETF (IBIT). This marks the first time that the firm has explicitly acknowledged this risk in its filings.

资产管理巨头贝莱德（BlackRock）在5月9日更新其ISHARES比特币ETF（IBIT）的注册表中提出了对量子计算的担忧。这标志着该公司在申请中首次明确承认这种风险。

As blockchain technology continues to advance, it is also drawing attention to emerging technologies like quantum computing, which could have major implications across industries, including finance and cryptography.

随着区块链技术的不断发展，它还引起人们对量子计算等新兴技术的关注，量子计算可能会在包括财务和密码学在内的行业之间产生重大影响。

The concern arises from the fact that many current cryptographic systems, such as those securing Bitcoin transactions, rely on algorithms that could potentially be broken by quantum computers.

引起的关注是由于许多当前的加密系统（例如那些确保比特币交易的密码系统）依赖于量子计算机可能会破坏的算法。

If quantum technology evolves to the point where it can break these cryptographic safeguards, it could compromise the security of digital assets like Bitcoin, exposing them to risks of fraud or theft.

如果量子技术发展到可以打破这些加密保护措施的地步，它可能会损害像比特币这样的数字资产的安全性，使它们面临欺诈或盗窃的风险。

While quantum computing is still in its early stages, the implications for blockchain technology and Bitcoin are significant enough for BlackRock to feel the need to address them directly in its ETF filings.

虽然量子计算仍处于早期阶段，但对区块链技术和比特币的影响足以使贝莱德感到有必要在其ETF文件中直接解决它们。

What Is Quantum Computing and Why Does It Matter?

什么是量子计算，为什么重要？

Quantum computing is a new technology that leverages the principles of quantum mechanics to perform complex calculations much faster than traditional computers. This could have major implications across industries, including finance and cryptography.

量子计算是一项新技术，它利用量子力学的原理比传统计算机快得多。这可能会在包括金融和密码学在内的行业之间产生重大影响。

The concern arises from the fact that many current cryptographic systems, such as those securing Bitcoin transactions, rely on algorithms that could potentially be broken by quantum computers.

引起的关注是由于许多当前的加密系统（例如那些确保比特币交易的密码系统）依赖于量子计算机可能会破坏的算法。

If quantum technology evolves to the point where it can break these cryptographic safeguards, it could compromise the security of digital assets like Bitcoin, exposing them to risks of fraud or theft.

如果量子技术发展到可以打破这些加密保护措施的地步，它可能会损害像比特币这样的数字资产的安全性，使它们面临欺诈或盗窃的风险。

However, quantum computing is still in its early stages, and it remains to be seen whether and when it will pose a serious threat to cryptocurrency security. Nonetheless, the implications are significant enough for BlackRock to feel the need to address them directly in its ETF filings.

但是，量子计算仍处于早期阶段，是否以及何时对加密货币安全构成严重威胁还有待观察。尽管如此，对贝莱德的含义足以使贝莱德在其ETF文件中直接解决它们。

This move underscores the ongoing evolution of the financial and cryptocurrency sectors. The integration of quantum computing into broader tech ecosystems could lead to both challenges and opportunities for digital asset markets.

此举强调了财务和加密货币部门的持续发展。将量子计算集成到更广泛的技术生态系统中可能会带来数字资产市场的挑战和机会。

For investors, it serves as a reminder of the new technological advancements that could reshape the landscape.

对于投资者而言，它可以提醒您可以重塑景观的新技术进步。