量子计算公司项目11发起竞争，以了解其目前对比特币构成的威胁。

Project 11将在明年使用Quantum Computer在破解比特币密钥最大的任何人提供1 BTC。

Quantum computing research firm Project Eleven has launched a competition to see just how much of a threat quantum computing currently poses to Bitcoin.

量子计算研究公司项目11发起了一项竞赛，以了解当前对比特币构成的威胁量子计算。

Launching the competition on April 16, Project Eleven said it is offering 1 Bitcoin (BTC) to whoever cracks the biggest chunk of a Bitcoin key using a quantum computer.

Eleven Project在4月16日举行的比赛中表示，它将为使用量子计算机裂解比特币密钥最大的人提供1个比特币（BTC）。

The firm said the purpose of the “Q-Day Prize” is to test “how urgent the threat” of quantum is to Bitcoin and to find quantum-proof solutions to secure Bitcoin over the long term.

该公司表示，“ Q-Day奖”的目的是测试“量子威胁的紧急威胁”是对比特币的，并找到量子量的解决方案，以确保长期确保比特币。

“10 million+ addresses have exposed public keys. Quantum computing is steadily progressing. Nobody has rigorously benchmarked this threat yet,” Project Eleven wrote on X.

“ 1000万+地址已经暴露了公共钥匙。量子计算正在稳步进步。还没有任何严格的基准标准这一威胁，” Project 11在X上写道。

More than 6 million Bitcoin — worth around $500 billion — could be at risk if quantum computers become powerful enough to crack elliptic curve cryptography (ECC) keys, Project Eleven said.

第十一项目说，如果量子计算机变得足够强大，可以破解椭圆曲线密码学（ECC）键，则超过600万比特币可能会面临风险。

Those wishing to participate can register as individuals or as a team and have until April 5, 2026, to complete the task. The prize winner will win 1 Bitcoin, currently worth $84,100.

那些希望参加的人可以注册为个人或团队，并且必须在2026年4月5日之前完成任务。获奖者将赢得1个比特币，目前价值84,100美元。

The aim is to run Shor's algorithm on a quantum computer to crack as many bits of a Bitcoin key as possible, acting as a proof-of-concept that the technique could scale to crack a full, 256-bit Bitcoin key once the necessary compute is available.

目的是在量子计算机上运行Shor的算法，以破解尽可能多的比特币钥匙，以证明该技术可以扩展以破解完整的256位比特币键，一旦有必要的计算。

“The mission: break the largest ECC key possible using Shor's algorithm on a quantum computer. No classical shortcuts. No hybrid tricks. Pure quantum power,” Project Eleven said.

“任务：使用Shor的算法在量子计算机上打破最大的ECC密钥。没有经典的快捷方式。没有混合技巧。纯量子功率，” Project eleven说。

“You don't need to break a Bitcoin key. A 3-bit key would be big news.”

“您不需要打破比特币钥匙。一个3位密钥将是大新闻。”

No ECC key used in real-world applications has ever been cracked, noted Project Eleven, adding that the winner could “go down in cryptography history.”

第十一项目指出，在现实世界应用程序中没有使用ECC密钥，并补充说，获胜者可以“在密码学历史上脱颖而出”。

Project Eleven noted that several online platforms offer quantum computing access, such as Amazon Web Services and IBM.

项目十一指出，几个在线平台提供量子计算访问，例如亚马逊Web服务和IBM。

Current estimates suggest that around 2,000 logical qubits (error-corrected) would be enough to break a 256-bit ECC key, Project Eleven noted.

目前的估计表明，大约有2,000个逻辑量子位（错误校正）足以打破256位ECC密钥。

IBM’s Heron chip and Google’s Willow can currently do 156 and 105 qubits — significant enough to cause concern, according to Project Eleven, which believes a 2,000-qubit quantum system could be developed within the next decade.

IBM的Heron Chip和Google的柳树目前可以进行156量和105个Quart，这足以引起人们的关注，这是第11个项目，该项目认为可以在未来十年内开发出2,000 Qubit的量子系统。