Unicode Transliteration Rules Proven Turing‑Complete

A recent analysis examines the computational power of Unicode's transliteration mechanisms. The study demonstrates that the rules governing character conversion are capable of universal computation. Researchers construct a mapping that encodes arbitrary programs using only transliteration steps. This finding places Unicode's text processing in the same class as Turing machines. It highlights unexpected complexity hidden in a standard text handling system. The result suggests that seemingly simple string operations can encode sophisticated logic. Developers may need to consider security implications when relying on transliteration. Future work could explore safeguards or formal verification for Unicode transformations.