Spectral-Base Fiber Optic Computer Architecture

A conceptual architecture note exploring spectral-base optical computation and passive decoding mechanisms. At this time feasibilty is unlikely but in the future the direction may have use. This note outlines a conceptual computer architecture in which information is represented by spectral frequency classes carried over optical fibers. Instead of binary electrical switching, the system uses passive optical separation and localized photoelectric detection to decode high-radix symbols. The architecture is motivated by the goal of minimizing total energy expenditure through structural isolation, passive transformation, and reduction of active computation. The key idea is that the effective computational base is determined by the number of reliably distinguishable spectral bands rather than by the binary alphabet.