Flux Logic Computing

Flux Logic Computing is a conceptual digital logic family where binary information is represented using deterministic magnetic flux patterns instead of voltage ranges. The paper introduces two canonical flux states, outlines a gate abstraction based on pattern recognition and Boolean evaluation, and proposes a propagation model relying on spatially distinct flux configurations. The work is positioned as a theoretical engineering concept intended to stimulate discussion, distinguishing itself from existing magnetic computing approaches such as MRAM, spintronics, domain‑wall logic, and superconducting flux logic. The document defines axioms for a flux‑domain logic family and identifies success criteria required for future validation, including reproducible pattern generation, deterministic recognition, noise tolerance, and scalable propagation.