Shank's Algorithm

Shank's Algorithm is a method used in cryptography to find the discrete logarithm, which is essential for solving certain security problems. It works by cleverly **pairing** and **matching** elements within a set of numbers to efficiently discover the exponent that relates two numbers in a modular system. Think of it as organizing and comparing groups to quickly zero in on the hidden exponent, often faster than simpler methods. This algorithm is especially useful in algorithms like Diffie-Hellman key exchange, where finding discrete logs is crucial for cryptographic security.