Tether Chief表示，量子计算对比特币没有立即威胁。损失的硬币可能会重新进入市场

系绳首席执行官保罗·阿多利诺（Paolo Ardoino）预测，比特币用户将在高级计算机对其密码学构成真正的威胁之前过渡到对量子的抗性地址

Tether (USDT) CTO Paolo Ardoino has downplayed the immediate threat posed by quantum computing to Bitcoin (BTC), expressing optimism that users will transition to quantum-resistant addresses before advanced computers can crack the network’s cryptography.

Tether（USDT）CTO PAOLO ARDOINO淡化了量子计算对比特币（BTC）构成的直接威胁，表达了乐观的态度，即用户将在高级计算机破解网络的密码学之前过渡到量子抗性地址。

However, Ardoino noted that millions of coins lost in early Bitcoin wallets — including those potentially belonging to Satoshi Nakamoto — could face risks.

但是，Ardoino指出，在早期的比特币钱包中损失了数百万个硬币，包括那些可能属于Nakamoto Satoshi的硬币 - 可能会面临风险。

In a series of posts on a Bitcoin forum, Ardoino stated that quantum computing is “very far” from endangering Bitcoin’s security protocols. He anticipates that developers will integrate quantum-resistant address standards into the network preemptively, allowing users to migrate funds securely.

在比特币论坛上的一系列帖子中，Ardoino表示，量子计算与危害比特币的安全协议“非常远”。他预计，开发人员将抢先将量子抗性的地址标准集成到网络中，从而使用户可以安全地迁移资金。

“All people alive (and that have access to their wallets) will move bitcoin into new quantum-resistant addresses,” he said.

他说：“所有活着的人（并且可以使用钱包）将将比特币转移到新的量子耐药地址中。”

Bitcoin’s earliest address type, Pay-to-Public-Key (P2PK), introduced in 2009, is uniquely vulnerable. These addresses expose users’ full public keys, akin to handing over your house key directly, heightening privacy and quantum risks. While later protocols like P2PKH improved security, dormant P2PK wallets could become targets if quantum decryption advances.

比特币最早的地址类型，付费公共键（P2PK），于2009年引入，非常脆弱。这些解决方案暴露了用户的完整公开钥匙，类似于直接移交您的房屋密钥，增加隐私和量子风险。诸如P2PKH之类的后期协议提高了安全性，但如果量子解密进展，休眠的P2PK钱包可能会成为目标。

Bitcoin creator Satoshi Nakamoto is estimated to have mined around 1.2 million BTC in the early days of the network. These coins remain unspent and are spread across 50 early wallets, the largest of which holds 92,000 BTC. Notably, these wallets use the P2PK address format, making them vulnerable to quantum attacks.

据估计，在网络初期，比特币创建者萨托岛nakamoto估计已开采约120万BTC。这些硬币保持不动，并分布在50个早期钱包中，其中最大的是92,000 BTC。值得注意的是，这些钱包使用P2PK地址格式，使其容易受到量子攻击的影响。

Ardoino suggests that inactive wallets, particularly those tied to lost keys or deceased owners, could be compromised as well, reintroducing coins to circulation.

Ardoino建议也可能会妥协不活动的钱包，尤其是与丢失的钥匙或已故所有者相关的钱包，重新引入硬币以循环。

“If quantum decryption comes, then all bitcoin in old wallets (those that people lost the keys for, or the owner died without passing the keys, etc) will be back in the market,” he said.

他说：“如果量子解密到来，那么旧钱包中的所有比特币（那些丢失了钥匙的人，或者所有者在没有通过钥匙等的情况下死亡的比特币）将重新进入市场。”

The transition to quantum-resistant systems would likely mirror past Bitcoin upgrades, requiring broad community consensus. Ardoino’s outlook highlights Bitcoin’s adaptability but points out lingering uncertainties around “lost” BTC. With a few million coins reportedly irretrievable or lost, a quantum breakthrough could unpredictably reshape bitcoin’s market dynamics.

对抗量子系统的过渡可能会反映出过去的比特币升级，需要广泛的社区共识。 Ardoino的Outlook突出了比特币的适应性，但指出了“迷失” BTC的不确定性。据报道，有几百万个硬币令人难以挽回的或丢失，量子突破可能无法预测地重塑比特币的市场动态。

In a separate post, Ardoino reiterated Bitcoin’s defining axiom: “Only 21 million bitcoin anyway. Nothing can change that. Not even quantum computing. That’s the real key important message. Bitcoin is the best asset in the world.”

在另一篇文章中，Ardoino重申了比特币的定义公理：“无论如何，比特币只有2100万比特币。没有什么可以改变的。甚至都不是量子计算。这是真正的关键重要信息。比特币是世界上最好的资产。”