量子計算，比特幣加密和Google的威脅：您的加密貨幣安全嗎？

Google的量子LEAP重新點燃了比特幣安全性的擔憂。量子計算機可以破解比特幣的代碼，而加密貨幣世界在做什麼？

Quantum computing's rapid advance has sparked debates over Bitcoin's cryptographic defenses, especially with Google's breakthroughs. Are your digital assets truly safe?

Quantum Computing的快速進步引發了有關比特幣的加密防禦措施的辯論，尤其是在Google的突破中。您的數字資產真的安全嗎？

The Quantum Cloud Over Bitcoin

比特幣上的量子云

The crypto world's buzzing about quantum computing, especially after Google's announcement about slashing the qubit requirements to break RSA encryption. While Bitcoin doesn't use RSA, the underlying concern is clear: are Bitcoin's cryptographic foundations at risk?

加密世界對量子計算的嗡嗡聲，尤其是在Google宣布削減量子要求要求打破RSA加密的要求之後。雖然比特幣不使用RSA，但根本關注的問題很明顯：比特幣的加密基礎是否處於危險之中？

Google's Quantum Leap: A Wake-Up Call?

Google的量子飛躍：喚醒電話？

Google's quantum computing researcher, Craig Gidney, recently pointed out that breaking 2048-bit RSA encryption might require fewer than one million qubits, a massive drop from the previously estimated 20 million. This news sent ripples through the crypto community, raising questions about the long-term security of Bitcoin.

Google的量子計算研究人員Craig Gidney最近指出，打破2048位RSA加密可能需要少於100萬噸，這與先前估計的2000萬量相比大幅下降。這一消息使Crypto社區的漣漪引發了有關比特幣長期安全性的疑問。

Bitcoin's Encryption: Safe... For Now

比特幣的加密：安全...現在

Currently, Bitcoin relies on ECDSA and Schnorr signatures, which are considered secure against today's computers, quantum or otherwise. But experts warn this might not be the case forever. The New York Digital Investment Group (NYDIG) highlights that these systems aren't immune to quantum progress. BlackRock even flagged quantum computing as a material risk for its Bitcoin ETF, IBIT.

目前，比特幣依賴於ECDSA和SCHNORR簽名，這些簽名被認為是針對當今計算機（量子）或其他其他計算機的安全性。但是專家警告說，這種情況可能並非如此。紐約數字投資集團（NYDIG）強調，這些系統不能免疫量子進展。貝萊德甚至將量子計算作為其比特幣ETF IBIT的物質風險。

Post-Quantum Cryptography: Bitcoin's Shield?

Quantum加密後：比特幣的盾牌？

Post-Quantum Cryptography (PQC) is being developed to resist quantum attacks. However, integrating PQC into Bitcoin isn't without challenges, potentially affecting speed and scalability. NIST is pushing for PQC standardization to prepare for quantum threats. Companies like SEALSQ are developing quantum-resistant hardware, and projects like Project Eleven's Yellowpages registry offer fallback mechanisms for Bitcoin addresses.

量子後加密（PQC）正在開發以抵抗量子攻擊。但是，將PQC整合到比特幣中並不是沒有挑戰，可能會影響速度和可擴展性。 NIST正在推動PQC標準化準備量子威脅。像Sealsq這樣的公司正在開發抗量子的硬件，諸如Project 11的黃頁面註冊表之類的項目為比特幣地址提供了後備機制。

Community and Forks: Adapting to Survive

社區和叉子：適應生存

Bitcoin's decentralized nature allows for collective upgrades to its cryptographic standards. Some, like Bitcoin analyst Fred Krueger, anticipate a fork resulting in a "Quantum Resistant Bitcoin (QRB)" and a "Bitcoin Classic."

比特幣的分散性質允許集體升級到其加密標準。有些人，例如比特幣分析師弗雷德·克魯格（Fred Krueger），預計會產生“量子抗比特幣（QRB）”和“比特幣經典”。

The Bottom Line: No Panic, But Prep is Key

底線：沒有恐慌，但準備是關鍵

Bitcoin isn't under immediate threat, but ignoring the quantum threat isn't an option. Whether it's adopting PQC or developing new protocols, the crypto industry needs to act now to secure the future of decentralized finance.

比特幣並不立即受到威脅，但是忽略量子威脅不是一種選擇。無論是採用PQC還是製定新協議，加密行業都需要採取行動，以確保分散財務的未來。

So, should you be losing sleep over quantum computers stealing your Bitcoin? Probably not tonight. But keep an eye on the horizon. The future of crypto security might just depend on it. And who knows, maybe one day we'll all be talking about quantum-resistant Dogecoin. Now that's a thought!

因此，您是否應該因為竊取比特幣的量子計算機而失去睡眠？可能不是今晚。但是請密切關注地平線。加密安全的未來可能僅取決於它。誰知道，也許有一天我們都在談論抗量子的狗狗。現在這是一個想法！