以太坊的共识机制未来最终必须切换到后量子(PQ)签名,而目前的早期研发进展已经相当有前景! 不过,PQ 签名也带来了重大挑战: 它们的体积约是当前签名的 30 倍。 处理聚合签名更是棘手,因为我们的目标是让共识参与者能够在低算力、低带宽设备上完成验证。 欢迎关注每周的开发者电话会议,以跟踪最新进展并深入了解相关内容。 Ethereum consensus will eventually have to switch to post-quantum (PQ) signatures — and early R&D efforts look promising! PQ signatures pose a challenge as they are ~30x larger than today's signatures. Dealing with aggregated signatures is even trickier, given our goal for consensus participants to verify them on low-compute and low-bandwidth devices Tune in to weekly developer calls to track progress and learn more

Ethereum FoundationEthereum Foundation (entity)

观点原文

以太坊的共识机制未来最终必须切换到后量子(PQ)签名,而目前的早期研发进展已经相当有前景!

不过,PQ 签名也带来了重大挑战:

它们的体积约是当前签名的 30 倍。

处理聚合签名更是棘手,因为我们的目标是让共识参与者能够在低算力、低带宽设备上完成验证。

欢迎关注每周的开发者电话会议,以跟踪最新进展并深入了解相关内容。

Ethereum consensus will eventually have to switch to post-quantum (PQ) signatures — and early R&D efforts look promising!

PQ signatures pose a challenge as they are ~30x larger than today's signatures. Dealing with aggregated signatures is even trickier, given our goal for consensus participants to verify them on low-compute and low-bandwidth devices

Tune in to weekly developer calls to track progress and learn more

EthereumQuantum Computing

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