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Recent data shared by a CryptoQuant analyst reveals that an impressive amount of Bitcoin has been shifted by a whale who awakened after more than a decade spent in dormancy.他们转移了 500 枚硬币，按当前价格计算，价值超过 4000 万美元。
Besides, while Google has recently published a warning about the quantum computing threat to Bitcoin and crypto wallets in general, a message by Satoshi emerged, in which the mysterious $BTC creator had already addressed that possibility.
价值 4100 万美元的比特币在流通
A CryptoQuant analyst, who goes by the name @JA_Maartun on X (formerly Twitter), published a chart showing spikes in the movements of dormant Bitcoins.
According to the chart, 100, 200 and 300 coins were moved yesterday, likely meaning that old wallets have been reactivated and their owners decided to either move the $BTC to exchanges to sell or have just reshuffled their crypto holdings.
10 多年后，另外 500 美元 BTC 正在转移🤔 https://t.co/sxfPbjtZzo pic.twitter.com/vcmpkZ0WVD
- Maartunn (@JA_Maartun) 2026 年 3 月 31 日
已用输出年龄范围图表显示 10 岁以上类别中的三个大绿色尖峰。这凸显了长期比特币持有者的活动异常激增。这可能表明，由于比特币正面临低于 70,000 美元价格水平的抛售压力，旧比特币持有者的行为发生了变化。
中本聪关于比特币量子威胁的信息
Now that the crypto community is buzzing, discussing the recent report by Google about the potential low resources that quantum computing may need to threaten crypto wallets, the Binance US account published a screenshot from the BitcoinTalk forum, in which Satoshi Nakamoto himself addressed that issue 16 years ago.
In 2010, Satoshi Nakamoto gave his response to a question about Bitcoin and the rise of quantum computing “we can still transition to something stronger” pic.twitter.com/VKiVaSWUvi
— Binance.US 🇺🇸 (@BinanceUS) 2026 年 3 月 31 日
这位神秘的比特币创造者预见到了来自新技术的潜在威胁。中本聪表示，如果比特币签名被泄露，那么“即使就最后一个有效区块达成一致也毫无价值。”他警告说，如果确实存在这样的威胁，“我们仍然可以转向更强大的威胁。”
According to the report published by Google Quantum AI, the time and hardware requirements for hackers behind quantum computers to break blockchain encryption are much lower than was assumed before.
The crypto community had been aware that eventually a moment would come when quantum computers would be able to threaten the 256-bit elliptic curve discrete logarithm problem (ECDLP-256).后者为加密货币钱包提供了强有力的保护。
然而，谷歌证明算法只需要 1,200 到 1,450 个逻辑量子位，而不是数十亿个，就可以实现这一目标。