Modern ciphers utilized both confusion and diffusion components. Confusion component is fundamentally responsible to make the relation among cipher and key as much as strong in a qualitatively. The substitution is utilized to ensure the confusion in any block cipher. The confusion component is one of the most vital nonlinear part whereas diffusion is done through permutation which is linear component in any modern block ciphers schemes. Our aim in this article is to suggest a novel confusion component scheme based on quantum harmonic oscillator relation. We have authenticated our anticipated construction technique through standard cryptographic benchmarks and compared with already available results. Our proposed construction scheme for nonlinear component of block cipher is quite competent and can be utilized in different one confusion component-based block ciphers techniques.

中文翻译：

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基于量子谐波振荡器和薛定谔悖论的非线性混淆元件

现代密码同时使用了混淆和扩散组件。混淆组件从根本上负责使密码和密钥之间的关系在质量上一样强。替换用于确保任何分组密码中的混淆。混淆部分是最重要的非线性部分之一，而扩散是通过置换完成的，置换是任何现代分组密码方案中的线性部分。我们在本文中的目的是提出一种基于量子谐振子关系的新型混淆分量方案。我们已经通过标准加密基准验证了我们预期的构造技术，并与已有的结果进行了比较。