SHAmen: A Recursive Entropic Hash Protocol Derived from Harmonic Collapse
Year: 2025
Type: article
Abstract: SHAmen is a next-generation cryptographic hash function derived from harmonic collapse theory and recursive reinforcement modeling. Authored by Abiah D Avila, SHAmen abandons Merkle–Damgård and sponge constructions in favor of Fourier-based entropy feedback, logarithmic periodicity, and nonlinear reinforcement filters. This system is the first cryptographic protocol born from the Kraken entropy collapse framework and is protected under the Kraken Entropy License (DOI linked below). It introduces an entirely new mode of one-way hashing, resistant to brute force, structural prediction, and classical pre-image attacks, by shifting cryptographic computation toward rhythm-aware fluid systems. This PDF serves as the canonical SHAmen specification. Any usage, modification, or redistribution must adhere to the license terms provided in the original Kraken license agreement.
Author: Avila, Abiah
Language: English
Subfield: Artificial Intelligence
Field: Computer Science
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6949347629
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