“…[8] In spite of diverse approaches for controlling the sizes and shapes of inorganic materials in the micro and nanometer ranges, less attention has been paid to organic network polymers, because the network polymers are generally not moldable nor can be processed after formation of the networks as they are insoluble in all solvents and have no observed melting points. As a bottom-up approach, emulsion polymerization using micelles and vesicles as templates produce spherical particles, [9] hollow spherical particles, [10] and a layer structure, [11] whereas the top-down approaches, nanoimprint lithography [12] with photoresist and three-dimensional microfabrication by two-photon laser chemistry, [13] have been reported for controlling the network polymers to form complex objects in the micro-and nanometer ranges. Thus, a bottom-up approach for other polyhedral objects of organic network polymers in these regions has never been shown.…”