Generally, (poly)iodide ions can be diffused into polymeric materials through immersing process with solutions, and the introduced "iodine-coordinated" polymers show enhanced ability to diffuse other ions into them.  Resultly, some diffused metallic ions can be fixed or precipitated as their salts; it means "organic-inorganic" hybrid composite structures where fillers of the inorganic salts grow up from ion at inner volume of the organic polymers.  Furthermore, we've discovered conversion process of the metal salts into METAL grains at the inner volume as nano-space.  Here, preparation of the hybrid composite structure is suggested as methods for applying functionality without melting, nor casting, nor blending, nor synthesis; the composites introduced within biogenous structures are scientifically unexperienced materials for nature.   And this elemental but novel procedure can be available for various functionalities and application, i.e., for devices applied with conductional, electric, magnetic, optic, structural, sanitary, or thermal functionality, etc.

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