FEIK Protocol: A Phenomenological Algorithm for Structural Analysis and Isomorphic Translation (v1.0)

The FEIK Protocol is a phenomenological algorithm grounded in the triadic model F = E × I × K, where F denotes phenomenal intensity, E denotes Energy, I denotes Information, and K denotes Connection. It provides decision procedures for evaluating claims, identifying type errors, and returning ∅ (silence) when a question is malformed.

A central parameter, the absurdity constant α = 0.61, derived from the inverse of the golden ratio, calibrates the protocol's tolerance for irreducible uncertainty: 87% structural coherence is sufficient for valid analysis, while the remaining 13% constitutes irreducible noise ("snow") – a necessary condition for systemic life.

The protocol formalizes the principle that silence is the only epistemically honest response to a categorical error. Developed over four years of applied work translating structural realities across epistemic domains without committing epistemic violence, this paper documents the algorithm's theoretical foundations, operational specification, and limitations.