DIAC Infinity: Asymmetric Encryption with Infinite Entropy Using Transcendental Windows

This project presents DIAC ∞, a novel asymmetric cryptographic scheme that leverages the unpredictability of transcendental numbers (such as π) to achieve, in theory, infinite entropy and informational indistinguishability for any adversary. The core idea is to use a secret window—defined by hidden offset and length—over the digit expansion of a transcendental number as part of the private key, thereby creating a keyspace that is not only computationally intractable, but fundamentally unbounded and non-enumerable. The repository includes the formal research paper, implementation code (Python/Jupyter), and supplementary documentation. Potential applications include post-quantum security, irreversible digital erasure, and foundational research in cryptography and information theory.