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Dimensional Imaginary Asymmetric Cryptography (DIAC): A New Era of Entropy and Speed in Modular Encryption
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Description: Dimensional Imaginary Asymmetric Cryptography (DIAC) is a novel public-key encryption system that harnesses multidimensional, high-precision complex keyspaces and a one-way modular trapdoor function to achieve ultra-high entropy, modular speed, and true quantum resistance. This repository includes the complete LaTeX article (PDF), the full Jupyter notebook implementation, and all benchmark data, demonstrating that DIAC dramatically surpasses classical systems such as RSA and ECC in both security and efficiency, while remaining fundamentally immune to brute-force and quantum attacks. DIAC marks not the end, but the beginning of a new era in cryptography, powered by higher dimensions.
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