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简介量子计算有助于重新定义功能,将量子的原理作为叠加原理和纠缠的速度比经典系统更快。t在众多D材料科学,药物发现和ARTIF中具有巨大的潜力,但它也引入了基本密码系统。Classical public-ke such as RSA, ECC, and DSA, rely on mathe like integer factorization and discrete logar computationally difficult for classical com Quantum algorithms, such as Shor's and Gr these problems efficiently, making these sy In response to this emerging threat, the quantum-safe cryptography has become es safe cryptography aims to develop cryptogra can withstand classical and quantum comp Efforts like the National Institute of标准(NIST)量子后密码学单位在评估和耐药算法方面至关重要。

Quantum-Safe密码学中的加密方法

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