Programmable Chirality_ Phase-Locked Intelligence in Modular Origami Systems

Main CODES Framework Abstract We reinterpret recent breakthroughs in modular chiral origami metamaterials through the lens of phase dynamics and structured resonance. Multimodal deformation, hysteresis, and non-commutative transitions—long treated as mechanical novelties—are reframed as expressions of embedded intelligence governed by chirality and coherence. By aligning Zhao et al.’s findings with the CODES (Chirality of Dynamic Emergent Systems) framework, we propose that these materials enact phase-logic: responding not through computation, but through alignment with causal fields. This positions modular metamaterials as programmable substrates for resonance-driven cognition—early forms of material intelligence.